Analyze nine key application technologies of medical robots

Currently, robots are already standard in manufacturing and other repetitive tasks. And the demand for the robot market is shifting from the past industrial sector to the people's livelihood. Especially in the medical , pension and education industries, the demand for intelligent service robots is very urgent, and the application of service robots in these industries will have great market prospects.

As China becomes aging, the demand for medical care, nursing and rehabilitation continues to increase. At the same time, due to the improvement of people's pursuit of quality of life, medical treatment must meet higher standards in both quality and quantity. On the other hand, there is a relative lack of medical staff, and medical and health service robots have enormous potential for development. In the medical application environment, the outstanding performance of the robot is supported by excellent technology. At present, the most important technologies for medical robot work are as follows:

Machine vision technology: Chinese medicine intelligent robots focus on the "looking, smelling, asking, cutting" of Chinese medicine, with distinctive Chinese characteristics. Its main functions are face consultation, tongue diagnosis, consultation and pulse diagnosis. Firstly, the robot's face and tongue image are captured by the robot. The pulse of the human body is collected by the robot or the hand ring. The advanced computer vision, machine learning, artificial intelligence and deep learning algorithms are used to intelligently interpret the face and tongue image of the human body. And pulse data, combined with the consultation information, and finally through the TCM medical model to infer the overall health of the human body, and provide personalized rehabilitation recommendations according to specific conditions, including health principles, diet medicated diet, living health, acupressure, Chinese medicine exercises And music therapy.

Optimization scheme technology: Medical robots are already called robots, which is inseparable from the basic theory and key technologies of robots, including scheduling, control, sensing, human-computer interaction, teleoperation and data, etc. Different. In the program, the "shadow" of traditional industrial robots should be disconnected, and the lightweight, precise, and active robots should be arranged to make a different plan.

System integration technology: Medical robots have the inherent internality of “medical” and are safe and useful. When integrating the system, it is necessary to face the detailed surgical procedure needs, think about how to use the operating room, and pay attention to the study of human-computer effectiveness. Suppose the doctor does not accept your system, your theoretical work is done well, and the technology can not be used first, so the medical robot is more focused on the "doctor-robot-patient" communion.

Remote Surgery Technology: Most of the successful surgical robots are master-slave robots. The future trend is remote surgery. Therefore, remote operation and remote surgery technology are also very popular.

VR technology: Virtual reality is an important technology in the application of rehabilitation robots. It uses the virtual environment built by the Internet of Things to partially or completely remove the real environment in reality, and uses the sensing and motion tracking technology to realize the interaction between the user and the virtual world. Virtual reality technology provides technical means for rehabilitation therapy, three steps of repetitive practice and motivation to maintain motivation. By setting a reasonable virtual environment and effective information feedback, patients can objectively evaluate their own conditions, thus greatly improving rehabilitation training. Effect.

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