Exploring AI Doctor Generate Passive Active Lower Limb Exoskeleton Robot

The development of intelligent rehabilitation equipment has brought great changes to human life. In the development of science and technology, medical robots carry people's enjoyment of a better life in the future. Robots have incomparable advantages in accuracy, stability, strength, efficiency and so on, and the benefits brought by robots to the medical industry are countless.It mainly includes the accuracy, repeatability, reliability and cost-effectiveness of diagnosis and treatment. China's medical industry is also steadily moving forward in the direction of medical robots, AI Doctor Intelligent.It Is one of the representatives.". It can achieve less trauma, more intelligent and more sophisticated operation, so as to provide higher quality medical services.

The Role of Rehabilitation Robot in Medical Treatment

The goal of rehabilitation robot is to help disabled and dysfunctional people achieve rehabilitation of motor, cognitive and other physiological functions through functional compensation and rehabilitation training, which has great potential in the field of rehabilitation and old-age care.

In the application of Human-Computer Interaction (HCI), the realization of HCI needs to perceive, process and analyze all kinds of HCI information accurately. The main information involved are sensory and perceptual information, visual and auditory information, etc. The Human- Computer Interaction of rehabilitation robot also needs to be realized by bidirectional neurofeedback. According to the brain nerve plasticity theory, through bidirectional nerve feedback,Let patients actively participate in rehabilitation training can get better rehabilitation effect.

On passive active lower limb exoskeleton robot

In the research of AI Doctor Intelligent Doctor Medical Robot, passive active lower limb exoskeleton robot is a good case. It is more suitable for hemiplegic patients, weak elderly people and people with weak muscle strength. This product is a wearable walking aid device, which provides ankle and knee joint auxiliary support for users with weak lower limb strength.In order to reduce the material consumed in the process of walking and improve the quality of work and life. The lower limb exoskeleton uses the gravity of the human body to replace the driving force of the motor, guides the user to walk in a natural gait, eliminates the mental pressure caused by the running sound of the motor and the fixed pattern walking, and maintains the mental health of the user. This product is simple in shape and light in structure.Ergonomically designed for use in a variety of environments, regardless of weather conditions and without battery limitations.

The passive active lower limb exoskeleton robot is characterized in that firstly, a bionic structure design is adopted, so that the passive active lower limb exoskeleton robot fits the physiological structure of a human body and is convenient to use; Secondly, the lightweight design of the module uses rigid and flexible materials to form joints, which reduces the burden of the user's body and increases the walking distance. Thirdly, the five-point fixing design has fixing points at the waist, the middle of the thigh and the middle of the calf, which is convenient to wear.Lightweight; More passive design is adopted, which abandons the power motor of exoskeleton robot in the traditional sense, greatly reduces the weight of the product itself, and uses the gravity of the human body to guide smooth and natural walking. It pays attention to the user's psychology and relieves him from the pressure of losing autonomy when he is driven by the machine.

We make intelligent rehabilitation equipment easier. It can provide personalized intelligent rehabilitation equipment combination scheme, scientifically plan the combination from the economic point of view, and help traditional rehabilitation medicine upgrade and transform. The product types are rich, covering different parts of the user's rehabilitation training in different periods, making the traditional boring rehabilitation training interesting, and helping institutions to realize the intellectualization of rehabilitation equipment.