This invention provides a multi-site
emergency transport stretcher, belonging to the field of
medical device technology. The stretcher includes: a stretcher body with a
conveyor belt on the upper side and an articulated electric rocker on one side; adjustable-height support legs on the lower side of the stretcher body; an omnidirectional movable
chassis at the lower end of the support legs, including Mecanum wheels and a
drive motor; and a controller electrically connected to the
conveyor belt, the electric rocker, the support leg height adjustment mechanism, and the
Mecanum wheel drive motor. During the
transfer operation, the controller synchronously controls the linear speed of the
conveyor belt and the
moving speed of the
chassis, so that the
two form a vector superposition of
relative motion, realizing micro-motion non-destructive transport of the injured and sick. The advantages of this invention are that it solves the problems of
poor mobility, non-adjustable height, and easy secondary injury of existing stretchers, and can be widely used in emergency scenes, intra-hospital transport, and operating room-ward connection operations.