In-hospital intelligent nursing system

Abstract

The invention relates to an in-hospital intelligent nursing system. The system comprises an intelligent transfusion monitoring device, a miniature vital sign wireless monitor, a base station, a monitoring center server, an nurse work panel and a patient mobile terminal; the intelligent transfusion monitoring device collects transfusion information, the miniature vital sign wireless monitor collects vital sign information and sends the information to the base station, and the base station sends the information to the monitoring center server; the nurse work panel receives the information sent by the monitoring center server, evaluates the condition of a patient regularly, pushes the information to the mobile terminal of the patient through the monitoring center server and receives a call service signal sent by the mobile terminal of the patient at the same time; the mobile terminal of the patient obtains the information pushed by the nurse work panel, a patient condition evaluation report and medical and service information pushed by the monitoring center server; the monitoring center server and the hospital information system are subjected to two-way information interaction. The system is simple in use method, and a larger amount of tedious workload in the nursing process is saved.

Description

technical field [0001] The present invention relates to the technical field of medical care, in particular to an inpatient intelligent nursing system, which includes an intelligent infusion monitoring device, a miniature vital sign wireless monitor, a base station, a monitoring center server, a nurse's work tablet, and a patient's mobile phone terminal. Background technique [0002] In terms of inpatient care, most hospitals use artificial monitoring and drip infusion, which has low utilization efficiency of human resources and the following problems: the infusion process takes a long time, causing patients to easily fall asleep during the infusion process, so that the drug solution cannot be replaced in time , leading to medical accidents; for severe patients, because they have no autonomous behavior ability, they cannot observe the infusion process, and nurses need to make frequent inspections, and the work efficiency is low; And treatment, there will be serious consequenc...

AI Technical Summary

Problems solved by technology

[0002] In terms of inpatient care, most hospitals use artificial monitoring and drip infusion, which has low utilization efficiency of human resources and the following problems: the infusion process takes a long time, causing patients to easily fall asleep during the infusion process, so that the drug solution cannot be replaced in time , leading to medical accidents; for severe patients, because they have no autonomous behavior ability, they cannot observe the infusion process, and nurses need to make frequent inspections, and the work efficiency is low; Serious consequences will occur; nurses need to invest a lot of energy in the monitoring of the infusion process, which increases the workload

[0003] A small number of hospitals use single-function infusion monitoring systems, which have the following defects: some popular wireless transmission methods either have relatively high power consumption or relatively short transmission distances, which cannot meet the needs of hospitals; during hospitalization, nurses cannot Push information to patients at any time to remind them of precautions; patients cannot learn about drugs, hospitals and other related information independently; night nurses need to make regular rounds of patients, which seriously affects patients' rest; patients cannot specify which services, making nurses less efficient

[0004] Therefore, whether it is the artificial monitoring drip infusion method adopted by most hospitals, or the single-function infusion monitoring system adopted by a small number of hospitals, there are various problems, and the needs of hospitals, nurses and patients cannot be met.

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