Anesthesia vital sign monitoring and controlling system

Abstract

The invention provides an anesthesia vital sign monitoring and controlling system. The anesthesia vital sign monitoring and controlling system comprises an anesthesia vital sign collecting and testing device, a respiration control device, an anaesthetic injection control device, an operation-area image collecting device, a voice calling device, a mobile control end and an internet PC control end, wherein the anesthesia vital sign collecting and testing device directly acts on a patient, and collects the vital sign information of the patient through a sensor, and the output end of the anesthesia vital sign collecting and testing device is connected with the internet PC control end, and the internet PC control end is synchronous with the mobile control end; one end of the respiration control device is connected with the nasal cavity of the patient, and collects the respiration information of the patient through a pressure sensor, and the other end of the respiration control device is connected with the internet PC control end; one end of the anaesthetic injection control device is connected with the injection part of the patient, and the other end of the anaesthetic injection control device is connected with the internet PC control end; the operation-area image collecting device and the voice calling device are arranged in a ward of the patient, and collect the real-time state information and the voice information of the patient in the ward, and the output ends of the operation-area image collecting device and the voice calling device are connected with the internet PC control end.

Description

technical field [0001] The invention relates to the technical field of medical anesthesia control, in particular to an anesthesia vital sign monitoring and control system. Background technique [0002] Anesthesia is a variety of methods used to eliminate pain, ensure patient safety, and create good surgical conditions during operations or diagnostic inspections, and is also used to control pain. During a surgical or diagnostic test, the patient experiences pain and needs to be temporarily rendered unconscious with anesthesia or other means. Surgery or inspection operations can also cause mental stress and reflex adverse reactions, such as gastrointestinal surgery can cause nausea and vomiting. Prolonged uncomfortable positions (such as prone position) can increase the patient's discomfort and pain. Therefore, patients should be operated in a comfortable and quiet environment without any response to adverse stimuli and temporary loss of memory. [0003] Anesthesiology main...

AI Technical Summary

Problems solved by technology

The scope of modern anesthesiology is not limited to the operating room, including special clinical anesthesia, acute and chronic pain diagnosis and treatment, outpatient ICU cardiopulmonary cerebral resuscitation, cancer pain treatment and treatment of vasospasm diseases, etc. Modern anesthesia technology and perfect monitoring system can To ensure the safety of normal patients during anesthesia surgery, but due to the special condition of the patient and the different tolerance and response of each person to anesthetics, anesthesiologists are required to take emergency measures at any time, and at the same time, the risks to be borne are increased. Good anesthesiologists It is urgently needed in clinical practice, but in clinical practice, several patients often share one anesthesiologist. The anesthesiologist not only does not observe the patient's vital signs, but also monitors and injects them, and the patients are often not all at the same time. In a ward, sometimes the distance is far away, and an anesthesiologist is required to shuttle continuously, which not only greatly increases the energy and physical consumption, but also is inefficient, and excellent anesthesiologists often cannot get the most comprehensive play

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