Medical early warning system

Abstract

The invention discloses a medical early warning system comprising a central monitoring platform for monitoring physiological indicators of a patient, an early warning manager for determining whether the condition of a patient meets an early warning standard or not according to the physiological indicators of the patient and sending an early warning instruction to an early warning device if so, theearly warning device which is used for receiving the early warning instruction to perform early warning reminding so as to start a rescue team to treat the patient. According to the medical early warning system provided by the invention, through real-time monitoring, early identification and early intervention, passive rescue is converted into active intervention, the probability of the further deterioration of the condition of the patient is reduced, adverse events such as respiratory heartbeat are effectively reduced, when the patient is in emergency, the timely reminding can be performed,delays in rescue are avoided, and the success rate of treatment is improved.

Description

technical field [0001] The invention relates to the medical field, in particular to a medical early warning system. Background technique [0002] At present, some hospitals have established in-hospital rescue teams, which are usually composed of senior emergency and ICU physicians and nurses. The main task of the in-hospital rescue team is to provide standardized treatment for sudden, critically ill patients such as cardiac and respiratory arrest. The rescue team covers the whole hospital, is on call around the clock, and is equipped with necessary rescue equipment and medicines. The establishment of the in-hospital rescue team has changed the previous in-hospital rescue model dominated by the anesthesiology department and clinical departments, and guaranteed the safety of patients in departments with weak in-hospital rescue capabilities and medical blind spots in the hospital. However, the in-hospital rescue team is activated passively. For example, when a patient suffers...

AI Technical Summary

Problems solved by technology

However, the in-hospital rescue team is activated passively. For example, when a patient suffers from cardiac arrest, the in-hospital rescue team is activated. This limits the function of the in-hospital rescue team to cardiopulmonary resuscitation, which seriously hinders the success rate of treatment and increases the mortality rate of patients. stay high

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