Anaesthesia machine based on Internet of things and having precise control function

Abstract

The invention relates to an anaesthesia machine based on the Internet of things and having the precise control function. The anaesthesia machine comprises an air feeding mechanism, a flow measurement mechanism, an anaesthesia evaporator, an anaesthesia breathing mechanism, a monitoring alarm mechanism and a central control device, wherein the air feeding mechanism, the flow measurement mechanism, the anaesthesia evaporator and the anaesthesia breathing mechanism are sequentially communicated, the monitoring alarm mechanism is respectively electrically connected with the air feeding mechanism, the anaesthesia evaporator and the anaesthesia breathing mechanism, and the central control device is electrically connected with the air feeding mechanism, the flow measurement mechanism, the anaesthesia evaporator, the anaesthesia breathing mechanism and the monitoring alarm mechanism. The anaesthesia machine based on the Internet of things and having the precise control function is timely communicated with the background through a wireless communication module, so the anaesthesia machine is timely monitored by workers, anaesthesia air concentration, flow and pressure in the anaesthesia machine are precisely measured through the pressure monitoring module and the flow monitoring module, and precise control is carried out through a valve control module, and precise control on the anaesthesia machine is guaranteed.

Description

technical field [0001] The invention relates to an anesthesia machine with precise control function based on the Internet of Things. Background technique [0002] An anesthesia machine is an important tool commonly used in anesthesia. Its function is to provide oxygen to patients, inhale anesthetic drugs and perform respiratory management. The anesthesia machine uses the human body to absorb part of the medicine from the inhaled gas into the body, and then reaches the various organs in the body through the blood transmission. These medicines can temporarily cause the organ to lose consciousness and reflection within a certain period of time, so as to achieve the purpose of anesthesia. After a certain period of time, these drugs can be eliminated through the respiratory tract, so that the temporary loss of consciousness and reflex organs of the human body can return to normal. [0003] However, in the current anesthesia machine market, due to the insufficient control accurac...

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Problems solved by technology

[0004] The technical problem to be solved by the present invention is to provide an anesthesia machine with precise control function based on the Internet of Things that has high control precision and can perform real-time monitoring in order to overcome the disadvantages of poor control precision and lack of real-time monitoring capabilities in the prior art

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