Veterinary anesthesia machine and leakage self-inspection guidance method thereof

Abstract

The method comprises the following steps: detecting whether the veterinary anaesthesia machine enters a leakage self-inspection state, and if the veterinary anaesthesia machine enters the leakage self-inspection state, displaying a guide interface; displaying guide information corresponding to the currently selected test ventilation mode in the information display area; detecting whether a mode switching instruction, a leakage self-checking instruction or a guiding instruction input by a user is received or not; switching the test ventilation mode based on the mode switching instruction, and replacing the content displayed in the information display area with guidance information corresponding to the switched test ventilation mode; starting gas leakage self-inspection based on the leakage self-inspection instruction, obtaining a leakage self-inspection result, replacing the guide information in the information display area with self-inspection result information, and detecting whether a mode switching instruction input by the user is received again; and replacing the guiding interface with a preset operation interface based on the guiding instruction. Through the guidance method, the user can be effectively guided to complete the operation steps when the system performs self-inspection.

Description

technical field [0001] The invention relates to the field of veterinary medical equipment, in particular to a veterinary anesthesia machine and a leak self-checking guidance method for the veterinary anesthesia machine. Background technique [0002] Like humans, animals need to use an external anesthesia machine to provide respiratory support and anesthesia when surgery is required due to illness or other reasons. After the veterinary anesthesia machine is turned on, it will perform a power-on self-test and a gas leak self-test. The gas leak self-test is to detect whether there is a gas leak in the breathing circuit. The breathing circuit of some veterinary anesthesia machines includes two gas circuits, one of which is a circuit in machine-controlled ventilation mode, and the other is a circuit in manual ventilation mode. However, for different gas circuits, the operations that users need to complete during the gas leak self-check are different. When the veterinary anesth...

AI Technical Summary

Problems solved by technology

The breathing circuit of some veterinary anesthesia machines includes two gas circuits, one of which is the circuit in machine-controlled ventilation mode, and the other gas circuit is the circuit in manual ventilation mode. However, for different gas circuits, the user needs to complete different operations during the gas leakage self-inspection

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