Lower Limb Feedback Training and Evaluation System
AI3 LOWER EXTREMITY FEEDBACK TRAINING AND EVALUATION SYSTEM
Ultra-early lower extremity interventional rehabilitation provides a step-by-step clinical rehabilitation path from lying to sitting to standing. Ideal zero- or low-weight step training provides patients with the best solution for movement maintenance and gait recovery.
Al Intelligent Learning: Intelligently analyze the recovery process of patients and push the best treatment options as needed.
A stand-alone big screen employed wireless transmission.
Clinical Effects :
• Early gait training can shorten the recovery time for patients to return to walking.
• Improve patients' self-awareness and accelerate functional recovery.
• Strengthen the incoming sensory stimulation of the lower limbs and improve the excitability, flexibility and coordination of the nervous system.
• Improve and maintain the range of motion of lower limb joints and increase muscle strength and endurance.
• Relieve muscle spasms in patients' lower limbs and reduce muscle tension.
• Improve patients' physical functions and prevent complications such as orthostatic hypotension and pressure ulcers.
• Enhance the patient's metabolism and cardiopulmonary function.
Quantity
Product Info
- The system protects patients through software, motor devices, and external weight loss parts to ensure the safety of training.
- Through human-computer interaction, strengthen visual and auditory input and improve proprioceptive transmission Leg flexion and extension range and walking speed can be set according to training goals.
- The stepping angle has been upgraded to achieve 0°~50° stepping training, enabling greater range of joint activities.
- Gait Control: Precisely control the stepping movement according to the human physiological gait curve.
- Lateral Adjustment of the proximal thigh to adapt to more body shapes.
- Training Mode: active and passive training method.
- Proprioception: The angle of the universal pedal can be adjusted to enhance the stimulation of the patient's plantar feeling.
- Spasm Detection: Sensitive spasm monitoring system, which can immediately activate the anti-spasm function when spasm occurs
- Postural Control: Adjust and change the posture angle during exercise to prevent the occurrence of postural hypotension, including reclining, supine, sitting and standing positions
- Situational Interactive Training: Provide patients with virtual scene training, and patients actively participate in treatment in the form of games, reducing the boringness of passive treatment for patients, improving treatment efficiency to achieve better treatment results.
- Patient Management: The patient information database records patient training data including treatment parameter settings, active and passive training duration, spasm occurrence time and frequency, muscle strength rating, etc.
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