1. Background & Significance​
With rapid advancements in modern medicine and rising expectations for quality of life, rehabilitation medicine has gained critical importance. Traditional rehabilitation methods often suffer from:

• Monotonous training routines
• Passive patient engagement
• Subjective assessment criteria
  These limitations reduce patient motivation and compromise recovery outcomes. Immersive interactive technology addresses these challenges by transforming rehabilitation into an engaging, data-driven process.

​2. Product Overview​
The Interactive Evaluation System through a smart platform. It combines:

• Motion-sensing technology
• Customizable virtual reality scenarios
• Real-time performance analytics

(Non-Medical Device)

​3. Core Technology​
​3.1 Motion-Sensing Interaction​

• Utilizes 3D depth-sensing cameras (e.g., Kinect-like technology)
• Captures full-body movements without wearable sensors
• Tracks 26 key joint points in real-time

​3.2 Intelligent Assessment​

• Proprietary algorithms analyze:
  • Range of motion
  • Movement velocity
  • Task accuracy
• Specialized modules for:
  • Upper/lower limb function
  • Spinal mobility
  • Balance coordination

​4. Operational Workflow​

4.1 ​Motion Capture​
User movements mapped to on-screen avatar

​4.2 Task Execution​

• Daily living simulations (e.g., cooking, shopping)
• Cognitive challenges
• Sports rehabilitation scenarios

​4.3 Real-Time Adjustment​
Difficulty adapts based on performance metrics

​5. Key Features​

​6. Competitive Advantages​

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​6.1 Enhanced Engagement​

• Gamification increases adherence by 62% (internal trials)
• Achievement systems boost intrinsic motivation

​6.2 Precision Rehabilitation​

• Objective metrics replace subjective evaluation
• Data-driven customization optimizes recovery

​6.3 Functional Recovery Acceleration​