Automatic loading stretcher system

Abstract

An automatic loading stretcher system arranged in a carriage. The stretcher system comprises a stretcher assembly (11, 12), a link mechanism and a control system. The link mechanism swings to enable the stretcher assembly (11, 12) to rotate, lift, extend out of or retract back to the carriage. The stretcher assembly (11, 12) comprises a stretcher platform (13) and a guide table (49). Stretchers (14) are detachably installed on the guide table (49). The guide table (49) can move forward and backward on the stretcher platform (11, 12). The control system comprises a programmable controller (77), an electromagnetic valve (75) and proximity switches (71, 72, 73, 74). The control system controls a cylinder (24) to drive the link mechanism to swing and controls a motor (42) to drive the guide table (49) to move forward and backward, and a plurality of automatic loading stretcher systems can be installed in the carriage. The automatic loading stretcher system has the advantages that the guide table can be automatically placed outside the carriage so that the wounded can be conveniently and safely loaded and unloaded; a stretcher fixer can fix the stretchers on the guide table conveniently; and the efficiency of transporting the wounds is improved due to the plurality of stretcher systems.

Description

technical field [0001] The invention relates to medical transportation equipment, in particular to a stretcher system capable of automatically loading the stretcher into the compartment. Background technique [0002] Ambulances and stretchers are important equipment for medical first aid, which provide convenience for personnel's medical assistance and save precious rescue time. With the continuous improvement of public health construction and the continuous progress of society, new requirements are put forward for medical emergency equipment, especially It puts forward more requirements on emergency vehicles, emergency medical equipment, and pre-hospital emergency management. At present, off-road ambulances that can adapt to complex terrain conditions have been produced. For example, the Mercedes-Benz Unimog UM4000 model has been used in military and civilian disaster relief. , has shown outstanding advantages, but the performance of the stretcher and the first-aid equipmen...

AI Technical Summary

Problems solved by technology

Another improvement is a stretcher truck that can be lifted. First, the personnel are lifted onto the transfer vehicle covered with stretchers, and after being transported to the vicinity of the ambulance, the stretcher is sent into the compartment by the lifting device, slideway, etc. of the transfer vehicle. The car must be carried with the ambulance, occupying the space in the ambulance, which is not conducive to arranging other medical equipment in the car

In addition, the existing ambulances generally can only transport two stretchers at a time, which delays precious rescue time due to the limited carrying capacity during disaster relief.

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