Full-automatic patient transfer apparatus for consecutive operations and application method thereof

Abstract

A full-automatic patient transfer apparatus for consecutive operations comprises a transfer stretcher, a plurality of bearing bands, lifting devices, shift bases and shift rails, wherein the shift rails are arranged at the front and rear ends of an operating table respectively and positioned below a plane corresponding to an operating tabletop, the shift rails are of expansive structure and comprise a fixed rail and a moving rail, every fixed rail is fixed relative to the operating table, and each moving rail expands along the corresponding fixed rail; the shift bases are arranged on the shiftrails; the shift bases are guided to move via the shift rails; the lifting devices are arranged on the shift bases; the top ends of the lifting devices are connected with the transfer stretcher and drive the same to lift; the transfer stretcher is of frame structure; the bearing bands are arranged in parallel; one ends of the bearing bands are fixed to the transfer stretcher, and the other ends of the bearing bands are selectively fixed to the transfer stretcher. An application method of the full-automatic patient transfer apparatus for consecutive operations enables a patient to be transferred automatically to a cart; fewer changes are caused to the positions, so that the patient can feel more comfortable, manpower cost is reduced, and nursing quality is improved.

Description

technical field [0001] The invention relates to the technical field of operating room equipment, in particular to a fully automatic patient table transfer device and its use method. Background technique [0002] The operating table is a special device for the doctor to place the patient during the operation. The transfer of the patient between the operating table and the trolley is completely done manually, that is, the patient needs to be lifted to the operating table by the medical staff before the operation, and the operation Finally, medical staff still need to lift the postoperative patient directly from the operating table to the trolley. In practical applications, doctors and nurses have consumed a lot of physical strength after a long period of operation on the platform. After the operation, they still need to consume physical strength to carry the patient, which easily has a greater impact on the subsequent work of receiving the operation. [0003] In the prior art...

AI Technical Summary

Problems solved by technology

In practical applications, doctors and nurses have consumed a lot of physical strength after a long period of operation on the platform. After the operation, they have to consume physical strength to carry the patient, which is likely to have a greater impact on the subsequent work of receiving the operation.

[0003] In the prior art, a transfer push plate is proposed to assist in the transfer of patients, but it is still necessary to manually move the push plate under the patient, and after the transfer, the push plate needs to be manually removed, which is time-consuming and labor-intensive. For patients, the constant change of body position during the handling process will cause pain and other discomfort, which will affect postoperative recovery

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