Integrated critical patient transport bed plate

Abstract

The invention relates to an integrated critical patient transport bed plate, which is composed of a bed plate body, a truss, a supporting frame and a tray. The bed plate body is mounted on the truss,the tail of the truss is provided with the supporting frame, and the tray is arranged on the upper part of the supporting frame. A patient lies on the bed plate body, the feet are located in the direction of the supporting frame, two analgesic pumpscan be mounted on a circular pipe of the supporting frame, a simple ventilator and a small electrocardiograph monitor can be placed in the tray on theupper part of the supporting frame and are fixed through a binding belt. The integrated critical patient transport bed plate is integrally mounted on a transport bed, after the patient is transportedto aposition such as a CT room, the patient can be uplifted and placed on the check position together with the bed plate, and the patient is carried back to the transport bed after check is completed;in the whole process, medical instruments move always along with the patient, and do not need to be carried and moved separately, thus the working efficiency of medical care personnel is improved, and safety in the transport process is improved; when transport is not needed, the bed plate body is placed on the transport bed and can be used as an ordinary hospital bed, and the function of one bedwith two purposes is achieved; and the integrated critical patient transport bed plate can be widely applied to wards of the critical patients.

Description

technical field [0001] The invention belongs to the field of medical devices and relates to an integrated bed board for a transfer bed for critically ill patients. Background technique [0002] At present, the patient is usually moved from the hospital bed to the transfer bed, and then the ECG monitor, analgesic pump, simple ventilator and other instruments are placed beside the patient on the transfer bed. When the patient arrives at the destination such as the CT room, remove the instrument, then move the patient to the examination bed, and then move it to the transfer bed after the examination is completed, and place the instrument again. This transport method has the following disadvantages: [0003] (1) Low efficiency: During the entire transfer inspection process, the instrument needs to be moved at least 4 times, which consumes valuable physical strength and time of the medical staff, increases the workload of the staff, and is inefficient. [0004] (2) Poor safety:...

AI Technical Summary

Problems solved by technology

[0003] (1) Low efficiency: During the entire transfer inspection process, the instrument needs to be moved at least 4 times, which consumes precious physical strength and time of medical staff, increases the workload of personnel, and is inefficient

[0004] (2) Poor safety: For devices that require line connections such as ECG monitors, ventilators, and analgesic pumps, frequent movements may change the connection status, resulting in abnormal operation of the device and even endangering the lives of critically ill patients. Safety

Images