Medical gas management system

Abstract

The invention discloses a medical gas management system, which is convenient for remote monitoring management, improves the gas supply safety performance, is timely and convenient for maintenance, and provides the basis for the cost management. The medical gas management system includes a monitoring center (1), a gas source station building system (2), a gas utilization area monitoring system (3) and a plurality of monitoring stations (4), wherein the monitoring center (1) is connected with the gas source station building system (2) and the gas utilization area monitoring system (3) in data bus mode, and is connected with the monitoring stations (4) through a network switch (5) in TCP/IP protocol; and the network switch (5) is connected into the Internet.

Description

Technical field [0001] The invention relates to a medical gas management system. Background technique [0002] The central gas supply system of the hospital is also called the "life support system", which plays a vital role in the clinical use of the hospital. The commonly used gases in the hospital include medical oxygen, negative pressure suction, medical compressed air, medical nitrogen, medical carbon dioxide, medical Nitrous oxide, anesthesia or breathing waste gas, etc., the supply system of each gas includes gas source equipment station, transmission pipeline, decompression regulator, terminal equipment and monitoring and alarm instruments. Most hospitals in the country above Grade A have used the medical centralized gas supply system. The current status of the system is that each gas source equipment operates independently and is independently managed by the gas source equipment room. After the gas source is transported to each area through the main pipeline, a pressure ...

AI Technical Summary

Problems solved by technology

After the gas source is transported to each area through the main pipeline, pressure instruments are installed in the area for monitoring. However, since the pipelines are generally installed in the pipeline wells of hospital inpatient buildings, the pressure alarm monitoring boxes in each area are installed on each floor. In the pipeline wells, the nurses or duty personnel in each area cannot directly inspect the gas supply in the area, and it is very inconvenient to encounter abnormal situations, so they can only be dealt with in the traditional way, that is, the maintenance and management of the system are in the A passive working method, that is, to report to the relevant maintenance personnel or the supplier for maintenance after the failure occurs, which not only delays the maintenance time, but also increases the maintenance cost and greatly increases the work intensity of the staff. , due to the independent management of each area, it is impossible to share information, and it is not convenient for the whole hospital to dispatch uniformly. bring security risks

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