4 results about "Ambulance transport" patented technology

This invention discloses an infusion set with heating function, relating to the field of infusion set technology. It includes an energy module, a sensing and execution module, an information processing and communication module, and a central control unit. The sensing and execution module comprises an infusion execution unit, a physiological monitoring unit, an environmental and posture sensing unit, and a heating and temperature control unit. The central control unit is electrically connected to the energy module, the infusion execution unit, the physiological monitoring unit, the environmental and posture sensing unit, the heating and temperature control unit, and the information processing and communication module. By incorporating an infusion execution module with these components, this invention achieves active heating in low-temperature environments and precise infusion control during movement, offering significant advantages in cold regions, winter outdoor emergency care, or ambulance transport scenarios.

The utility model belongs to the technical field of medical vehicles, and particularly discloses a field telescopic medical vehicle which comprises a medical vehicle body, a side opening door and a telescopic moving plate, a side channel is arranged on the side edge of a compartment of the medical vehicle body, the side opening door is located in the side channel, and the upper end of the side opening door is rotationally connected with the upper portion of the compartment of the medical vehicle body through a rotating shaft; the telescopic moving plate is slidably connected to the interior of a carriage of the medical vehicle body, and the length of the telescopic moving plate is not larger than that of the side channel. According to the scheme, the side channel is arranged on the side edge of the carriage, so that the two sides of the carriage can be directly opened, and the telescopic moving plate can be conveniently pulled open laterally subsequently, so that the telescopic moving plate is unfolded. After the side opening door is unfolded, the telescopic moving plate is shielded from the upper portion, and certain dustproof and shading effects are achieved.

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.

The invention discloses a dynamic self-adaptive pre-hospital stroke intelligent early warning and grading response method and system, and belongs to the technical field of medical information processing. In the ambulance transfer process, the system does not depend on fixed path points for monitoring any more, but dynamically and intelligently decides the optimal opportunity of the second CT scanning according to the patient state risk index and the road condition information which are calculated in real time. By quantifying the intervention efficiency coefficient of the medical intervention measure on the way, the initial bleeding rate is accurately corrected, so that the dynamic bleeding rate which better fits the actual condition of the patient is calculated. And finally, the system generates a multi-dimensional prediction report containing the optimal, most probable and worst scenes based on the rate, and sends the multi-dimensional prediction report to a target hospital in advance with a clear risk level. The problems of monitoring rigidity and rough prediction in the prior art are solved, precise and prospective pre-hospital early warning is achieved, the pertinence and efficiency of hospital end preparation are greatly improved, and precious treatment time is seized for stroke patients.