Multi-lumen ITPV endotracheal tube

Claim 2

An endotracheal tube comprising: a main tube having an inside, an outside, and proximal and distal ends, said distal end designed to be positioned in the trachea of a patient, said proximal end designed to be attached to a respirator; at least one secondary tube having a distal end which terminates substantially adjacent to the distal end of said main tube, said secondary tube substantially parallel to said main tube near said distal end of said main tube; at least one opening between said secondary tube and said inside of said main tube located substantially adjacent to the distal end of said secondary tube; a tab located on the inside of said main tube between the distal end of said endotracheal tube and the opening between said secondary tube and said main tube, and oriented such that flow through said secondary tube toward the distal end of said secondary tube is directed away from said distal end of said main tube.

Claim 3

The device as described in claim 1 in which said tab is conical in shape, having a concave surface facing said distal end of said secondary tube.

Claim 4

The device as described in claim 1 and further comprising: a cuff balloon, located substantially immediately above the distal end of said main tube and surrounding the outside of the endotracheal tube; and at least one tube extending from said cuff balloon away from said distal end of said main tube and fluidly connected to said cuff balloon in order to allow said cuff balloon to be inflated, thus expanding the outer diameter of the endotracheal tube to create a seal between the endotracheal tube and the body of a patient surrounding the endotracheal tube.

Claim 5

The device as described in claim 1 and further comprising at least one gas monitoring tube having a distal end located substantially adjacent to the distal end of said main tube, and having at least one opening between the distal end of said gas monitoring tube and said inside of said main tube, near the distal end of said main tube.

Claim 6

The device as described in claim 4 and further comprising at least one cuff balloon, located substantially immediately adjacent to the distal end of said main tube, and a tube fluidically connected to said cuff balloon and extending away from said distal end of said endotracheal tube, and located within said endotracheal tube for inflating said cuff balloon in order to create a seal between said endotracheal tube and the body cavity of a patient in which said endotracheal tube is placed.

Claim 7

The device as described in claim 1 and further comprising a catheter extending through said main tube from the distal end of said main tube towards the proximal end of said main tube, said catheter having an end positioned substantially adjacent to and extending beyond said distal end of said main tube into the body cavity of a patient for suctioning fluid out of the body cavity of the patient.

Claim 8

The device as described in claim 1 in which said proximal end of said main tube is connected to a ventilator and said proximal end of said intratracheal pulmonary ventilation tube is connected to a continuous flow gas supply.

Claim 9

An endotracheal tube comprising: a main tube having a proximal and a distal end, said distal end designed for insertion into a patient, and preferably positioned in the trachea of the patient, said proximal end designed for attachment to equipment for artificially ventilating the patient in whom the distal end of said main tube is positioned; at least one intratracheal pulmonary ventilation tube having a distal end and a proximal end and located within the endotracheal tube, substantially adjacent to, and parallel to said main tube, said distal end of said intratracheal pulmonary ventilation tube located substantially adjacent to said distal end of said main tube, said proximal end of said intratracheal pulmonary ventilation tube extending toward said proximal end of said main tube; at least one opening between said intratracheal pulmonary ventilation tube and said main tube near the distal end of said intratracheal pulmonary ventilation tube and said distal end of said main tube; a tab located on the inside of said main tube between the distal end of said endotracheal tube and the opening between said intratracheal pulmonary ventilation tube and said main tube, and oriented such that flow through said intratracheal pulmonary ventilation tube toward the distal end of said intratracheal pulmonary ventilation tube is directed away from said distal end of said main tube; said opening between said distal end of said intratracheal pulmonary ventilation tube and said distal end of said main tube further comprising a curved section of said intratracheal pulmonary ventilation tube.

Claim 10

An endotracheal tube comprising: a main tube having a proximal and a distal end, said distal end designed for insertion into a patient, and preferably positioned in the trachea of the patient, said proximal end designed for attachment to equipment for artificially ventilating the patient in whom the distal end of said main tube is positioned; at least one intratracheal pulmonary ventilation tube having a distal end and a proximal end and located within the endotracheal tube, substantially adjacent to, and parallel to said main tube, said distal end of said intratracheal pulmonary ventilation tube located substantially adjacent to said distal end of said main tube, said proximal end of said intratracheal pulmonary ventilation tube extending toward said proximal end of said main tube; at least one opening between said intratracheal pulmonary ventilation tube and said main tube near the distal end of said intratracheal pulmonary ventilation tube and said distal end of said main tube; a tab located on the inside of said main tube between the distal end of said endotracheal tube and the opening between said intratracheal pulmonary ventilation tube and said main tube, and oriented such that flow through said intratracheal pulmonary ventilation tube toward the distal end of said intratracheal pulmonary ventilation tube is directed away from said distal end of said main tube; said opening between said distal end of said intratracheal pulmonary ventilation tube and said distal end of said main tube further comprising a curved section of said intratracheal pulmonary ventilation tube.

Claim 11

The device as described in claim 8 and further comprising a cuff balloon located substantially immediately adjacent to said distal end of said main tube, between said distal end of said main tube and said proximal end of said main tube, said cuff balloon surrounding the outer surface of the endotracheal tube; and at least one cuff balloon inflation tube fluidically connected to said cuff balloon and extending toward said proximal end of said main tube for inflating said cuff balloon to reduce the flow of air and other gases and fluids on the outside of said endotracheal tube once said endotracheal tube is inserted in the desired cavity within the patient and said cuff balloon is inflated.

Claim 12

The device as described in claim 9, and further comprising at least one pressure monitoring tube having a proximal and distal end, said distal end of said pressure monitoring tube located substantially immediately adjacent to said distal end of said main tube, said proximal end of said pressure monitoring tube located near the proximal end of said main tube; at least one opening between the distal end of said pressure monitoring tube and the distal end of said main tube, allowing pressure near said distal end of said main tube to be monitored near the proximal end of said pressure monitoring tube.

Claim 13

The device as described in claim 9, and further comprising at least one gas content monitoring tube having a proximal and distal end, said distal end of said gas monitoring tube located substantially immediately adjacent to said distal end of said main tube, said proximal end of said gas monitoring tube located near the proximal end of said main tube; at least one opening between the distal end of said gas monitoring tube and the distal end of said main tube, allowing samples of the gas located near the distal end of said main tube to be drawn into said gas monitoring tube.

Claim 14

The device as described in claim 11 in which the diameter of said main tube is at least twice the diameter of said intratracheal pulmonary ventilation tube; the diameter of said cuff balloon inflation tube being less than one-third of the diameter of said main tube; and the diameter of said gas monitoring tube being less than one-third of the diameter of said main tube.

Claim 15

The device as described in claim 8 and further comprising a catheter extending through said main tube from the distal end of said main tube towards the proximal end of said main tube, said catheter having an end positioned substantially adjacent to and extending beyond said distal end of said main tube into the body cavity of a patient for suctioning fluid out of the body cavity of the patient.

Claim 16

The device as described in claim 8 in which said proximal end of said main tube is connected to a ventilator and said proximal end of said intratracheal pulmonary ventilation tube is connected to a continuous flow gas supply.