Clinical Background:
According to relevant surveys, there are approximately 180 million people with chronic diseases in our country, of whom around 40 million are in a non-self-care state and require bed rest.
Training Methods for Early-stage Severely Bedridden Patients: The emphasis is on passive limb movement to improve joint contractures, decreased range of motion, and muscle atrophy.
Product Introduction:
The SL4I Upper and Lower Limb Active & Passive Training Bike is intelligent bedside rehabilitation equipment. It utilizes intelligent programs to control and provide feedback, facilitating passive, assisted, and active (resistive) mode training for the upper and lower limbs of long-term bedridden patients. It reduces the occurrence of complications such as pressure sores and orthostatic hypotension. When combined with electrical stimulation accessories, it stimulates the nerves and muscles of the affected limbs, improves blood circulation, promotes metabolism, increases joint mobility, and enhances the recovery of limb motor control.
Features:
1.Intelligent operating platform: Equipped with a tablet computer and software control system for user information management, training records, and storage.
2.Integrated and convenient operation design: The device can be easily switched between upper limb and lower limb training by replacing accessories.
3.Multiple training modes: Active mode, passive mode, assisted mode, active-passive freely switchable mode, and uniform speed mode.
4.Digital software: Intelligent detection of patient status and automatic switching between active and passive modes and movement directions.
5.Adaptation to different needs with different training plans: Standard plan, relaxation plan, strength-endurance plan, coordination plan.
6.Training result analysis: After training, the system automatically analyzes total training time, training distance, power, energy consumption, and other data.
7.Internal IoT connectivity: Enables parameter settings, device status checking, and report retrieval.
8.Various interactive games: Different types of game-based training stimulate patient interest and motivation, promote cognitive and sensory recovery, and accelerate the rehabilitation process.
Indications:
Neurological disorders: Including stroke, traumatic brain injury, perinatal hypoxic-ischemic encephalopathy (cerebral palsy), spinal cord inflammation or injury, peripheral nerve damage, etc.
Musculoskeletal disorders: Including limb fractures or dislocations, spinal fractures, post-joint surgery, neck-shoulder-back-leg pain, arthritis, osteoporosis, etc.
Visceral organ diseases: include hypertension, coronary heart disease, arteriosclerosis, bronchitis, emphysema, bronchial asthma, etc.
Metabolic disorders: including diabetes, hyperlipidemia, obesity, etc.
Post time: Dec-15-2023