AI gait training and evaluation system (children’s edition) A3mini

Product Introduction

The Children’s Gait Training and Assessment System is a professional walking rehabilitation device for children, designed to assess and improve children’s gait. It can provide objective and quantitative gait assessment, help children and therapists better understand gait problems, and issue assessment reports with clinical guidance. At the same time, through the quantitative assessment results, the device can give children personalized gait training, gradually improving their walking ability and gait quality.

Features

1. Personalized appearance design: Bright colors and cute patterns designed for children can increase appeal and child-friendliness.

2. Comfortable weight reduction system: The weight reduction system reduces the pressure of body weight on joints and muscles, providing a more comfortable and safe walking experience. Soft and comfortable padding is used at the contact parts of the weight reduction system to reduce discomfort.

3. Flexible and comprehensive wearing adjustment: Taking into account the growth and different body shapes of children, a flexible and comprehensive adjustable wearing structure is provided.

4. Intelligent tracking and evaluation: It can monitor children’s movements in real time, provide real-time data feedback and analysis, and help therapists accurately understand children’s sports performance and make timely interventions and adjustments.

5. Rich and diverse interactive games: Create an immersive training environment so that children can participate in games in an immersive way, thereby enhancing the fun and training effect of children’s interaction with smart technology.

The role of children’s lower limb robots

1. Quantitative rehabilitation assessment: Rehabilitation robotics technology can quantitatively assess children’s motor function through sensors and data analysis. These assessment results can be used as objective indicators of rehabilitation progress, helping doctors and rehabilitation therapists understand children’s rehabilitation status, adjust treatment plans, and develop more effective rehabilitation strategies.

2. Promote motor recovery: Lower limb rehabilitation robots can provide support and assistance to help children with gait training and motor recovery. The robot can improve children’s postural control, balance and coordination by providing stability and correct gait patterns, and promote the recovery of motor function.

3. Increase the amount and intensity of rehabilitation training: Rehabilitation robots can help children increase the amount and intensity of rehabilitation training. Robots can provide customized support and guidance, provide necessary auxiliary force during the rehabilitation process, enable children to perform more repetitive training, strengthen muscle activity and neural connections, and promote rehabilitation progress.

4. Personalized rehabilitation plan: Rehabilitation robot technology can develop personalized rehabilitation plans based on the specific situation of the child. The robot can make dynamic adjustments based on the child’s muscle strength level, balance ability and gait characteristics, provide rehabilitation training systems that are suitable for the child’s needs, and effectively promote rehabilitation progress.

5. Provide real-time feedback and guidance: Rehabilitation robots can provide real-time movement data and guidance through sensors and feedback systems. Children can adjust their posture, gait and movement pattern according to the feedback from the robot, enhance the accuracy and effect of the movement, and speed up the rehabilitation process.

6. Stimulate enthusiasm and motivation: The use of children’s lower limb rehabilitation robots can stimulate children’s enthusiasm and motivation. Robots can provide interesting and interactive rehabilitation training, making children more engaged and involved in the rehabilitation process, and enhancing their willingness and motivation for rehabilitation.