Anesthesia intelligent auxiliary control system operating method, electronic device and storage medium

Abstract

The invention discloses an anesthesia intelligent auxiliary control system operating method, an electronic device, an anesthesia pump and a storage medium. The operating method comprises the steps asfollows: a system performs drug administration on a patient according to patient information and operation type collected and determined by an operator; the dosage is adjusted according to routine dosage and monitoring parameters; the system can prompt a doctor to insert cannulae; before an operation starts, the operator gives the instruction of "operation start", and the system adjusts the dosageaccording to the routine operation and monitoring information, determines speed of an analgesic pump after skin incision, and determines sedation depth; and in the anesthesia maintenance period, thequantity of anesthetic is controlled according to parameters such as IOC1, IOC 2, BS and EMG, an "anesthesia stop" instruction is sent to the system at the end of the operation, the system can stop drugs stepwise, and a "cannula withdrawal" instruction can be sent when a patient recovers to be extubable after drug stopping. The steps of recording, memorizing and operating which require a large amount of manual experience are subjected to anisotropic analysis and implementation by the computer system, and the sedation depth can meet the operation requirements with a small dose of sedatives, sothat all anesthetized patients can recover within ten minutes after drug stopping.

Description

technical field [0001] The invention relates to the field of medical anesthesia, in particular to an operation method, an electronic device and a storage medium of an anesthesia intelligent auxiliary control system. Background technique [0002] It is the basic task of clinical anesthesia to ensure that patients undergo surgery smoothly under painless and safe conditions, but this is only part of the work of modern anesthesiology. Anesthesia work also includes preparation and treatment before and after anesthesia, monitoring and treatment of critically ill patients, emergency resuscitation, pain treatment, etc. In order to do a good job in clinical anesthesia, one must master the basic theory of anesthesia and skillfully apply various anesthesia techniques, and be familiar with the characteristics of various diseases and operations. [0003] At present, in clinical anesthesia operations, most of the operations such as dosage and speed of administration are usually carried o...

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Problems solved by technology

[0003] At present, in clinical anesthesia operations, most of the operations such as dosage and speed of administration are usually carried out by the experience of anesthesiologists, and uniform standards are often adopted for various parameters and tolerance levels of different patients. At the same time, the operation is also affected by human factors; during the maintenance period of anesthesia, the anesthesiologist controls the anesthesia medication according to the parameters of the patient's vital signs. Although the depth of anesthesia is closely related to the vital signs, not all changes in the vital signs of surgical patients are the result of anesthesia. It is caused by drugs, so it will lead to survivalism, and ignore the quality of surgical anesthesia to cause later harm to patients; there are also diseases that are likely to cause anesthesia administration and other operations that cannot adapt to various parameters and tolerances to the maximum extent. It is easy to cause errors and omissions in anesthesia operations, improper dose control, and unhumanized drug pump speed.

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