Development and application method of different data acquisition modes for pediatric intensive care unit

Abstract

The invention discloses a development and application method of different data acquisition modes for a pediatric intensive care unit. The development and application method includes the steps: when apatient enters an intensive care unit to start treatment, a device for monitoring the vital signs is bound to collect the bedside data, and if the vital sign data of the patient is abnormal, the system triggers the prompt to enter a plurality of intelligent modes, and collection of the sign monitoring data is automatically completed according to the data collection requirement. The development andapplication method of different data acquisition modes for a pediatric intensive care unit can improve the work efficiency of the nursing staff, can increase the utilization rate of medical resources, can increase the direct nursing time of the nurses, can reduce the writing time of the nurses so that the nurses can focus on the patients more effectively and more focused, and can conveniently record the changes of the vital signs on time and convert the clinical data into nursing records directly, can bringing nursing documents into the field of intelligence, establishes a clinical decision support system, takes monitoring of vital signs and execution of doctor's advice for blood transfusion as an engine, triggers an acquisition mode reminder, and forms a full process tracking under the support of information technology, so as to ensure clinical safety.

Description

technical field [0001] The invention relates to the technical field of nursing methods, in particular to a method for developing and applying different data collection modes of a pediatric intensive care unit. Background technique [0002] It is already a consensus that the workload of medical staff in China is heavy. Most of the nurses spend a lot of energy on paperwork, recording a large amount of data rigorously and carefully every day, and the real time for caring for patients is eaten away. [0003] Based on the critical nature of ICU (Intensive Care Unit) patients, medical staff need to conduct extremely high-frequency continuous and dynamic monitoring of the patient's vital signs, provide standardized, high-quality life support and quickly complete the treatment of critically ill patients. In the absence of an intelligent and informatized monitoring system, clinical records can only be recorded in paper versions, which reduces the accuracy of clinical sites and nursin...

AI Technical Summary

Problems solved by technology

[0003] Based on the critical nature of ICU (Intensive Care Unit) patients, medical staff need to conduct extremely high-frequency continuous and dynamic monitoring of the patient's vital signs, and provide standardized, high-quality life support to quickly complete the treatment of critically ill patients. In the absence of an intelligent and informatized monitoring system, clinical records can only be recorded on paper, resulting in a reduction in the accuracy of clinical sites and nursing documents

This requires real-time and accurate monitoring. Usually, paper documents are prone to information loss or omission due to human and environmental factors during the transmission process.

In addition, emergency incidents in the ICU are commonplace. In the past, the traditional treatment would require multiple medical staff, especially the nurses. When the patient’s condition changes and needs emergency treatment, the nurse will notify the doctor, start the emergency process, and assign their own tasks, such as performing rescue. Personnel, first-aid medicine use recorders, vital signs monitoring data recorders, etc., busy scenes, emergency calls, and instrument alarms all increase the noise decibel rate of the ICU, affecting patient treatment

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