Wireless intelligent epidural-analgesic-pump management system based on intelligent expert database

Abstract

The invention discloses a wireless intelligent epidural-analgesic-pump management system based on an intelligent expert database. The system comprises multiple epidural analgesic pumps, a central monitoring and managing system, an intelligent expert database module connected with the central monitoring and managing system and a communication base station used for building communication connectionamong the multiple epidural analgesic pumps and the central monitoring and managing system. According to the wireless intelligent epidural-analgesic-pump management system based on the intelligent expert database, uniform management can be conducted on the multiple epidural analgesic pumps based on the intelligent expert database, the system has a fine automatic feedback-making and adjusting function, the control precision is high, the intelligent degree is high, and the system can be used with or without a network; by means of the system, not only can workload of medical workers be reduced, but also treatment modes for liquid medicine infusion of a patient can be adjusted in real time through the intelligent expert database, so that the treatment risk of self drug-administration of the patient is avoided; moreover, by means of a pressure detection module, the state of the system can be analyzed, so that an alarming module is controlled to give out alarming information according to different states of the system.

Description

technical field [0001] The invention relates to the field of medical devices, in particular to a wireless intelligent analgesic pump management system based on an intelligent expert database. Background technique [0002] Analgesic pumps can help patients relieve pain effectively after surgery, but different patients have different degrees of pain, and their condition has individual differences, and the patient's condition will also change with the treatment process. The process of completing a complete set of anesthesia administration by program control cannot meet the treatment needs, and the safety is poor, and the patient experience is not good. However, relying entirely on medical staff to monitor patients' conditions in real time will waste a lot of manpower and increase the workload of medical staff. The existing self-controlled analgesia equipment can only realize program-controlled treatment by setting parameters on the analgesic pump, and the parameter setting pro...

AI Technical Summary

Problems solved by technology

[0002] Analgesic pumps can help patients relieve pain effectively after surgery, but different patients have different degrees of pain, and their condition has individual differences, and the patient's condition will also change with the treatment process. The process of completing a complete set of anesthesia administration by program control cannot meet the treatment needs, and the safety is poor, and the patient experience is not good

However, relying entirely on medical staff to monitor patients' conditions in real time will waste a lot of manpower and increase the workload of medical staff.

At present, the existing self-controlled analgesia equipment can only realize program-controlled treatment by setting parameters on the analgesic pump, and the parameter setting process is relatively cumbersome

When the medical staff cannot remotely control the analgesic pump, and when the patient’s condition is abnormal during treatment, it may be dangerous for the patient to change the treatment parameters. If the medical staff remotely control the analgesic pump in real time, it will cause waste of human resources. The effect of saving manpower and enabling remote control

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