This invention provides a general-purpose robotic wounded soldier for combat trauma training, belonging to the technical field of combat trauma training models. It includes: a robotic wounded soldier model; a human-computer interaction
system for presetting initial combat trauma states; a wound
simulation control module that generates query strings containing location, type, severity, and duration based on the preset states, calls a wound
simulation knowledge graph to match corresponding wound state nodes, thereby obtaining descriptions of
skin appearance, skeletal movements, language behavior, and physiological data, and uses this to drive the model to perform real-time morphological and appearance
simulation, real-time voice output, and physiological data numerical output; and a training interaction module that collects real-
time data on treatment actions and on-site environmental conditions, inputs this data into a state transition
decision tree model integrating the influence of environmental and treatment conditions, and generates new wound state nodes that conform to the laws of medical evolution. This invention can accurately and in real-time simulate the physiological reactions and wound changes of wounded soldiers based on dynamic
battlefield environments and treatment operations.