Device and method for carrying out centralized monitoring on patients and medical instruments

Abstract

The invention discloses a device and a method for carrying out centralized monitoring on patients and medical instruments. The device comprises an image sensor, a communication controller, a centralized monitoring controller and a centralized monitoring display. The image sensor is connected with the centralized monitoring controller through the communication controller; the image sensor is used for acquiring body images of patients to be monitored and display screen images of used medical instruments under the control of the centralized monitoring controller and transmitting the acquired bodyimages of the patients to be monitored and the acquired display screen images of the used medical instruments to the centralized monitoring controller; the centralized monitoring display is connectedwith the centralized monitoring controller and is used for displaying the body images of the patients to be monitored and the display screen images of the used medical instruments in the centralizedmonitoring controller under the control of the centralized monitoring controller. The device and the method for carrying out centralized monitoring on patients and medical instruments can simultaneously provide video signals of practical situations of the patients to be monitored to help medical staffs to make fast and correct judgments.

Description

technical field [0001] The invention relates to the field of communication technology, in particular to a device and method for centralized monitoring of patients and medical instruments. Background technique [0002] At present, in each intensive care unit of various hospitals, there are medical instruments for patients, such as ventilators, syringe pumps, blood oxygen monitors, etc. These common medical instruments, such as ventilators, syringe pumps, and blood oxygen monitors, are basically produced by different manufacturers, and they are normally used separately, so centralized monitoring cannot be achieved. [0003] Take the blood oxygen monitor commonly used by newborns as an example. When there are many patients in a room, such as the intensive care unit for newborn babies, it becomes very inconvenient for doctors and nurses to concentrate on observing these medical instruments. In a neonatal intensive care unit, there may be a dozen or even dozens of babies who nee...

AI Technical Summary

Problems solved by technology

However, when babies cry or move their legs, they often trigger the alarm signal of the blood oxygen monitor, resulting in false alarms that do not require emergency treatment

When many blood oxygen monitors are alarming at the same time in a room, it is difficult for nurses or doctors to quickly and accurately judge whether the blood oxygen monitor is a real alarm or a false alarm, or where the blood oxygen monitor is a real alarm , needs to be processed quickly

If medical staff deal with all alarming blood oxygen monitors step by step, they may miss the opportunity of first aid

In addition, medical staff often experience false alarms in normal times, which is prone to alarm fatigue, so that they relax their vigilance against real alarms, which may lead to medical accidents in severe cases

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