Anesthesia Device remains one of the critical medical devices with typical application in surgical procedures

Anesthesia from a general perspective comes in the form of local and regional anesthetics that are inhaled by a patient before surgery or other anesthetic procedures. Anesthesia from a technical point of view is described as the presence of drugs and other substances that numb a portion of the body, including a nerve or a muscle. Anesthesia takes many forms and is applied in different procedures. This means that there are several different types of anesthetics and their use depends on the circumstances of each case.


A general anesthesia device can give a patient a low level of anesthetic gas and a high control means that the amount of gas produced is low. A general anesthesia machine also includes a ventilation system that helps to keep the air clean, control means that the air pressure inside the unit is regulated, and a bag inflation system to help administer the gas. General anesthesia machines are usually very compact and are operated by one person. They require little room for storage and are easy to use and operate. A localized anesthesia device also called a Regional Anesthesia Machine is also known as a Regional Bladder Indications Anesthesia Machine (RBI). A ROM is similar to aBI, but the machine produces a low level of gas that eliminates all discomfort. This type of anesthesia machine has usually circuited 1 to circuit 2 installed in it. Circuit 1 supplies a constant flow of compressed air into circuit 2; circuit 2 then sends the air to an oxygen tank.


Oxygen therapy is a good example of a respiratory application; this application provides a constant source of oxygen to the patient and eliminates the need for feeding fluids to the body. Oxygen therapy applications are used to provide a controlled amount of oxygen to the patients and to minimize side effects caused by oxygen deprivation to the patient. The present invention describes the use of a controlled supply of compressed gas to an apparatus including a breathing circuit of the anesthesia device. A suitable compressed gas having the same pressure as that of oxygen is provided into the breathing circuit. Compressed gas is then injected into the bronchial tubes of the patient.