Modularized bed-ridden patient translation transfer machine

Abstract

A modularized bed-ridden patient translation transfer machine comprises a first module, a second module, a third module and a fourth module which are sequentially connected in parallel through a plurality of threaded rods, wherein the first module, the second module, the third module and the fourth module adopt identical structures and each comprise a lower mechanical transmission device and an upper mechanical transmission device; each lower mechanical transmission device is used for driving the modularized bed-ridden patient translation transfer machine to move on a bed surface; each upper mechanical transmission device is located on the corresponding lower mechanical transmission device, and is driven by the corresponding lower mechanical transmission device to transfer a bed-ridden patient from one bed to another bed. The machine provided by the invention is convenient to dismount, mount and transport; the machine abandons the traditional method in which the lying patient is carried by multiple persons, and achieves automatic transfer of the patient who is injured or paralyzed, or who needs to be transferred before and after an operation; without changing the posture of the patient, a nurse can individually transfer the patient from a hospital bed to a stretcher, or from the stretcher to the hospital bed, so that the labor intensity of the nurse is reduced, the safety and comfort of the patient are improved, and secondary harm to the patient caused by the traditional method is avoided.

Description

technical field [0001] The invention relates to a bed-ridden translation transfer machine. In particular, it relates to a modular bed-riding translation transfer machine for medical human body transfer. Background technique [0002] As we all know, it is extremely difficult to move patients after fractures and operations, especially patients with vertebral and leg bone fractures or patients who have undergone surgery on the chest and abdomen need to move smoothly, making it even more difficult to move. At present, patients who are injured, paralyzed, or before and after surgery are moved in the hospital. Manual methods such as hand holding, shoulder lifting, and stretcher lifting by multiple people are usually used. There are certain risks in the moving process, which will cause certain pain or even secondary injury to the patient. . In view of the above situation, it is very urgent and necessary to develop a comfortable, safe, easy-to-use and intelligent medical handling ...

AI Technical Summary

Problems solved by technology

[0002] As we all know, it is extremely difficult to move patients after fractures and operations, especially patients with vertebral and leg bone fractures or patients who have undergone surgery on the chest and abdomen need to move smoothly, making moving more difficult

At present, patients who are injured, paralyzed, or before and after surgery are moved in the hospital. Manual methods such as hand holding, shoulder lifting, and stretcher lifting by multiple people are usually used. There are certain risks in the moving process, which will cause certain pain or even secondary injury to the patient.

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