Rapid instrument fixing device capable of being connected with squarerod stretcher and roundrod stretcher

Abstract

The invention discloses a rapid instrument fixing device capable of being connected with a squarerod stretcher and a roundrod stretcher, which comprises an instrument adapter plate fixedly arranged on the bottom end face of an instrument and a stretcher support frame clamped on stretcher bars, and the stretcher support frame is provided with a locking mechanism which is assembled with the instrument adapter plate to realize fixation and separation of the instrument and the stretcher. According to therapid instrument fixing device, a portable life support system host can be conveniently fixed on the stretcher, the rapid instrument fixing device is light in weight, short in disassembly and assembly time, high in operability and convenient to store and carry, and can be used for the stretcher with a square rod or a round rod, after the host is fixed with the stretcher, the instrument and the stretcher are safely and reliably fixed through the locking mechanism and a guide column and a conical seat which are in conical surface fit, relative displacement between the instrument and the stretcher due to shaking is avoided, the accident that the instrument falls off is avoided, the wounded can be conveniently transferred in a vehicle-mounted mode, a helicopter hoisting mode and the like, medical resources are saved, and the requirements of complex and severe treatment environments in the field can be met.

Description

technical field [0001] The invention relates to the technical field of medical equipment auxiliary equipment, in particular to a device capable of fixing medical equipment applied on a stretcher. Background technique [0002] The portable universal life support system has the functions of vital signs monitoring, oxygen delivery and fluid infusion, and is a very convenient wounded treatment equipment used in field rescue. Since the portable life support system is usually used in field rescue, after the field first aid is completed, the wounded need to be transferred to the hospital for follow-up treatment. During the transfer process, fluid infusion, oxygen infusion and monitoring of vital sign parameters are usually still required. [0003] Most of the existing transfer methods are to place the wounded on a stretcher for transfer. Due to the small size of the stretcher, the host of the portable general life support system cannot be placed, so medical personnel are often requ...

AI Technical Summary

Problems solved by technology

[0003] Most of the existing transfer methods are to place the wounded on a stretcher for transfer. Due to the small size of the stretcher, the host of the portable general life support system cannot be placed, so medical personnel are often required to assist in the transfer, which wastes medical resources virtually; If the vehicle is used for transfer, the main engine can be placed in the car, but because the main engine and the stretcher are independent of each other, and the road in the field environment is rough, the main engine and the stretcher bracket are prone to relative sliding, which will affect the treatment of the wounded; in addition, in the field environment, the wounded It may also be located in a mountainous area where vehicles cannot enter, and a stretcher needs to be hung by a helicopter to participate in the transfer. At this time, there is no place for the main engine to be placed, which affects rescue

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