Nursing docking car in operation room

Abstract

The invention relates to a nursing docking car in the operation room. The nursing docking car is characterized in that a flexible rotating car is cooperated with a hospital bed car, a movable cover plate is adopted to transfer a patient between the rotating car and the hospital bed car, transfer rollers on a bed body are matched with fixed rollers on the cover plate, and the purpose of moving is achieved by the driving devices; when connected, the hospital bed car and the transfer car are reliably locked by triggers similar to clasps, a drive device is triggered to operate and is locked through a clamping device fittingly triggered by conductive contacts and elastic contacts when reaching directly above the bed body, and the clamping device skillfully makes use of the cooperation of a driving pin on an arc hook and arc grooves in a sector plate to realize the clamping and unlocking process. By the arrangement, the working intensity of medical personnel is greatly reduced, secondary injury of the patient in reciprocating transfer is avoided, the safety and reliability in the transfer process are improved, and the nursing docking car is ingenious in structure, simple in operation andsuitable for popularization.

Description

technical field [0001] The invention relates to the field of medical equipment, in particular to an operating room nursing docking vehicle. Background technique [0002] Clinically, in order to facilitate the transfer of injured patients to the operating bed, medical staff mainly use docking carts and surgical trolleys to realize the transfer, and when transferring patients to the operating bed, they generally use multiple people to carry them. In order to prevent the patient from affecting his condition due to body position changes, several medical staff are usually required to participate in moving the patient at the same time. This method not only increases the labor intensity of the medical staff, but also easily causes pain to the injured patients and even aggravates the condition. If the surgical trolley carrying the patient is directly pushed into the operating room, the outdoor dirt and germs will be brought into the operating room, polluting the operating environme...

AI Technical Summary

Problems solved by technology

This method not only increases the labor intensity of the medical staff, but also easily causes pain to the injured patients and even aggravates the condition

If the surgical trolley carrying the patient is directly pushed into the operating room, the outdoor dirt and germs will be brought into the operating room, polluting the operating environment, which is not conducive to the safety of the operation. , Docking trolleys and surgical trolleys must effectively avoid cross-infection

At present, in order to avoid cross-infection in the operating room, some hospitals in China either use surgical docking vehicles, or use the method of laying carpets soaked in disinfectant to disinfect the wheels in contact with the contaminated area. The structure of the docking vehicle in the prior art has certain structural shortcomings. : During the transfer process, the bed surface is not locked, and the safety and stability are poor.

This scheme can easily realize the vertical docking of two vehicles, and transfer the patient from vehicle A to vehicle B, but there is no safety device designed, and the safety is poor

In addition, when patients are transferred from the docking vehicle to the operating bed, multiple people are usually used to lift and hug them. This method not only increases the labor intensity of the medical staff, but also easily causes pain and even aggravates the condition of the injured patient.

Images