[Product/Solution] Intelligent rehabilitation medical robot

1. Brief introduction of achievements

The upper limb rehabilitation robot uses computer technology combined with rehabilitation medicine theory to simulate the movement law of human upper limbs in real time. Patients can achieve 6 degrees of freedom training of upper limbs in the state of zero muscle strength. The product has multiple training modes such as passive, power-assisted, active, dragging teaching and fun games, as well as powerful evaluation and information feedback functions, to meet the personalized training of patients in different rehabilitation periods. The product is used for patients with upper limb motor dysfunction caused by nerve damage, such as stroke, brain trauma, etc., to perform functional and coordinated rehabilitation training of upper limbs based on the theory of brain function remodeling on their left and right arms, helping patients to improve their muscle strength level and restore their control over their upper limbs.

The lower limb rehabilitation robot is a product for patients with lower limb motor dysfunction to perform functional and coordinated rehabilitation gait training of lower limbs based on the theory of brain function remodeling. The product drives the patient's legs to perform personalized gait training on the treadmill through the mechanical leg system, and the weight reduction system follows the patient's center of gravity floating in real time to dynamically reduce weight, which can meet the sports rehabilitation needs of patients with zero muscle strength lower limb motor dysfunction. The training modes include active mode, passive mode and active and passive mode.

The lower limb rehabilitation robot (light version) is a product for functional and coordinated rehabilitation gait training for patients with lower limb motor dysfunction. The product drives the patient's legs for personalized gait training through a mechanical leg system, and uses a follow-up aid to help the patient walk on the ground, which can meet the sports rehabilitation needs of patients at different rehabilitation stages.

The intelligent cervical and lumbar traction device has a compact structure and is easy to install and use. When in use, it is hung at the head of the bed and connected to the patient's neck (or waist) through the end of the traction rope for treatment. The product can flexibly set intermittent traction and continuous traction modes as well as parameters such as traction force, traction angle, traction time, etc., and can be displayed accurately in real time. The traction force is intelligently controlled to be constant during work to ensure the treatment effect, and the use process is safe and reliable. It is suitable for cervical or lumbar muscle pain caused by spasms, cervical or lumbar degenerative diseases, cervical or lumbar disc herniation (bulging), spinal nerve stimulation or compression, intervertebral joint capsulitis, cervical or lumbar instability, and atlantoaxial subluxation and other cervical and lumbar diseases.

2. Application fields

The products are suitable for hospitals, sanatoriums, communities, professional rehabilitation medical institutions and other scenarios.

3. Market prospects

In recent years, the world has successively introduced a series of policies to guide the development of the rehabilitation medical industry and encourage relevant units to configure intelligent equipment such as rehabilitation robots. A series of strategic deployments herald the outbreak of rehabilitation medical policy dividends. Sports rehabilitation training equipment that integrates robots, virtual reality, IoT big data and artificial intelligence will cover most rehabilitation needs. The target audience includes postoperative patients, the elderly, chronic disease groups, and disabled people.

4. Intellectual property

A number of patents have been approved, all of which are held solely by the achievement units.

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