Artificial respiration system
AssigneeMedisize B.V.
InventorLeonardus Hubertus Maria Lammers
Life of this patent
Estimating the term…
Abstract
A closed circuit is provided in which tube connected to the patient's mouth is connected directly or via a connection tube to a heat-moisture exchanger which, in turn, is connected to the feed and the discharge, respectively, of the respirator. A moisture-removing device is arranged in the feed or discharge.
Claims23
Artificial respiration system for artificial respiration of a patient while metering an anesthetic, with recirculation of the artificial respiration gases and the anesthetic comprising a respirator having an inlet connected to the discharge from a patient, an outlet connected to a feed to a patient, as well as metering means for metering an anesthetic and/or laughing gas and oxygen into said feed, said feed and discharge merging into a common component which is provided with a tube to be inserted into the patient's pharynx and is provided with CO2-removing equipment, wherein said tube is connected to one side of a heat-moisture exchanger (HME), said feed and discharge are connected to the other side of the heat-moisture exchanger and a moisture remover is in the respirator.
Artificial respiration system for artificial respiration of a patient while metering an anesthetic, with recirculation of the artificial respiration gases and the anesthetic comprising a respirator having an inlet connected to the discharge from a patient, an outlet connected to a feed to a patient, as well as metering means for metering an anesthetic and/or laughing gas and oxygen into said feed, said feed and discharge merging into a common component which is provided with a tube to be inserted into the patient's pharynx and is provided with CO2-removing equipment, wherein said tube is connected to one side of a heat-moisture exchanger (HME), said feed and discharge are connected to the other side of the heat-moisture exchanger and a moisture remover is in the respirator, wherein said moisture-remover is installed downstream of said CO2-removing equipment.
Artificial respiration system for artificial respiration of a patient while metering an anesthetic, with recirculation of the artificial respiration gases and the anesthetic comprising a respirator having an inlet connected to the discharge from a patient, an outlet connected to a feed to a patient, as well as metering means for metering an anesthetic and/or laughing gas and oxygen into said feed, said feed and discharge merging into a common component which is provided with a tube to be inserted into the patient's pharynx and is provided with CO2-removing equipment, wherein said tube is connected to one side of a heat-moisture exchanger (HME), said feed and discharge are connected to the other side of the heat-moisture exchanger and a moisture remover is in the feed.
Artificial respiration system for artificial respiration of a patient while metering an anesthetic, with recirculation of the artificial respiration gases and the anesthetic comprising a respirator having an inlet connected to the discharge from a patient, an outlet connected to a feed to a patient, as well as metering means for metering an anesthetic and/or laughing gas and oxygen into said feed, said feed and discharge merging into a common component which is provided with a tube to be inserted into the patient's pharynx and is provided with CO2-removing equipment, wherein said tube is connected to one side of a heat-moisture exchanger (HME), said feed and discharge are connected to the other side of the heat-moisture exchanger and a moisture remover is in the discharge.
Artificial respiration system for artificial respiration of a patient while metering an anesthetic, with recirculation of the artificial respiration gases and the anesthetic comprising a respirator having an inlet connected to the discharge from a patient, an outlet connected to a feed to a patient, as well as metering means for metering an anesthetic and/or laughing gas and oxygen into said feed, said feed and discharge merging into a common component which is provided with a tube to be inserted into the patient's pharynx and is provided with CO2-removing equipment, wherein said tube is connected to one side of a heat-moisture exchanger (HME), said feed and discharge are connected to the other side of the heat-moisture exchanger and a moisture remover is in the CO2 removing equipment.
Dependencies are inferred from the claim text.