Respiratory anesthesia gas circuit monitoring system and control method

Abstract

The invention discloses a respiratory anesthesia gas circuit monitoring system and a control method. The respiratory anesthesia gas circuit monitoring system comprises a display device, an upper computer, a monitoring module, and a gas circuit system. The gas circuit system is connected with the upper computer through the monitoring module; the output end of the upper computer is connected with the input end of the display device; and through real-time detection of anesthesia gas information, the system security is greatly improved and the work efficiency is improved. The system can also, through the real-time detection and control of environment, create a stable environment. Moreover, through an anesthetic gas sensor, whether the anesthetic gas leakage happens can be effectively detected, and the risk of leakage is greatly reduced. The respiratory anesthesia gas circuit monitoring system and control method of the invention are used in the respiration anesthesia laboratory.

Description

technical field [0001] The invention relates to the field of gas circuit monitoring systems, in particular to a respiratory anesthesia gas circuit monitoring system and a control method. Background technique [0002] At present, most respiratory anesthesia equipment laboratories lack the monitoring of the environment and gas source pressure, the safety is low, and there are problems of stray testing equipment and low work efficiency. [0003] In addition, most respiratory anesthesia equipment testing laboratories only use temperature and humidity meters combined with air conditioning to manually adjust the environmental conditions of the laboratory, which cannot dynamically and accurately stabilize the environmental conditions, and there is no alarm for the leakage of anesthetic gas during the inspection process. monitor. Anesthetic gas is a colorless, odorless and slightly irritating gas, which cannot be perceived by people at low concentrations. However, the inhalation of...

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Problems solved by technology

[0002] At present, most respiratory anesthesia equipment laboratories lack the monitoring of the environment and gas source pressure, the safety is low, and there are problems of stray testing equipment and low work efficiency

[0003] In addition, most respiratory anesthesia equipment testing laboratories only use temperature and humidity meters combined with air conditioning to manually adjust the environmental conditions of the laboratory, which cannot dynamically and accurately stabilize the environmental conditions, and there is no alarm for the leakage of anesthetic gas during the inspection process. monitor

Anesthetic gas is a colorless, odorless and slightly irritating gas, which cannot be perceived by people at low concentrations. However, the inhalation of anesthetic gas will endanger the health of the inspectors, ranging from local softness and numbness, lack of energy, to severe cases of fainting risk

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