Virtual reality combined training system-Enema Administration

Constructed from durable high-molecular silicon, the manikin mimics the true form and feel of a human body, providing an authentic experience for learners. The material's flexibility and realism ensure that trainees can practice enema administration with the same resistance and sensation they would encounter in a clinical setting. The system supports a comprehensive simulation of the entire enema administration process, including various modes for practice, instruction, and evaluation. It intelligently guides users through each step, recording their actions and providing detailed scoring to facilitate improvement.

To ensure realism, the system utilizes actual medical equipment for catheter insertion, with real-time displays showing the rate of enema fluid delivery and the effects of the procedure. Smart sensor chips automatically monitor the depth and speed of catheter insertion, while force feedback technology accurately simulates the tactile sensations encountered during the task. The system also features automatic recognition of the enema bag's hanging height, ensuring proper setup and safety.

A key feature of the system is its ability to display the position of the catheter within the intestine through an X-ray perspective. This allows learners to visualize the progress and accuracy of their technique, enhancing understanding and helping to prevent complications. The combination of visual and haptic feedback ensures that trainees develop both the technical skills and the confidence needed to perform enema administration safely and effectively.

Overall, the Virtual and Physical Integration Training System for Enema Administration delivers a highly realistic and interactive learning experience, combining cutting-edge technology with hands-on practice to effectively prepare healthcare professionals for real-world scenarios.