Load transfer platform for ambulance

Abstract

The invention discloses a load and transfer platform for an ambulance and a transfer method. The load and transfer platform is characterized by comprising a bearing platform and a transfer chassis, wherein the transfer chassis comprises a transfer chassis upper force-bearing frame, a transfer chassis lower force-bearing frame and a lifting mechanism I connected between the upper force-bearing frame and the lower force-bearing frame of the transfer chassis, the transfer chassis lower force-bearing frame is provided with trundles, the transfer chassis upper force-bearing frame is provided with a linear guiding mechanism corresponding to the bearing platform, the bearing platform is movably arranged on the transfer chassis upper force-bearing frame, and the bearing platform is provided with force-bearing support columns with trundles. The transfer chassis upper force-bearing frame is provided with a transfer chassis getting on and off positioning device, the transfer chassis getting on and off positioning device comprises an upper slide groove beam, a positioning cross rod seat, a locking hook and a lifting mechanism II connected between the upper slide groove beam and the locking hook, and the upper slide groove beam is connected and fixed to the transfer chassis. The load and transfer platform is simple in structure and can be suitable for existing domestic and overseas ambulances without getting-on assisting platforms or guide plates installed in ambulance compartments.

Description

Technical field [0001] The present invention relates to the technical field of transfer equipment for ambulances, and more specifically to an electric lifting load transfer platform for ambulances. Background technique [0002] In the field of first aid, especially in the field of pre-hospital first aid, such as the location of the incident or the primary hospital, the wounded and sick are transferred to the ambulance and then transferred to the emergency room, operating room or ICU ward of a medical institution with better medical conditions. The current situation is to use a push-pull stretcher or a purely human-powered stretcher as a transfer device. When the patient is a critically ill patient such as cardiopulmonary failure, a ventilator, monitor, defibrillator, microinjection pump or even ECOM extracorporeal life support is required In the system, when various types of intubation tubes cannot be replaced and unplugged on the way, the existing transfer equipment (stretcher) ...

AI Technical Summary

Problems solved by technology

[0003] When transferring critically ill newborns, in addition to the above-mentioned equipment, a multi-functional incubator is also required, and its single volume is about 0.5m 3 , the weight is about 50kg, which makes the transfer more difficult when getting on and off the ambulance

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