This invention discloses a seamless switching
medical simulation training
system that integrates virtual and real-world
childbirth and postpartum hemorrhage scenarios. Its features include: a maternal model, a
childbirth simulation mechanism, and a postpartum
simulation mechanism, one of which can be selectively mounted on the maternal model; the
childbirth model mechanism includes an infant model, a birthing belly component, a birthing
vagina component, and a drive device. The drive device is located within the maternal model, and the infant model is mounted on the drive device, allowing the drive device to move the infant model linearly and rotate towards the birthing
vagina component; the birthing belly component is equipped with undulating components; this
system achieves seamless switching between childbirth and postpartum hemorrhage scenarios through a modular and detachable structure, realistically simulating clinical scenarios such as the childbirth process and postpartum hemorrhage care. It is comprehensive in function, realistic in operation, and can effectively improve the standardized operation and
emergency response capabilities of medical personnel.