Drug administering endotracheal respiration systems

Claim 2

A drug administering endotracheal respiration system for administering vital life-saving drugs into the lungs of a victim while maintaining the flow of life-supporting gas thereto via ventilation apparatus comprising in combination: a gas supply; a tube for establishing gas flow exchange between the lungs of the victim and the gas supply, the tube having a proximal end and a distal end for insertion into the trachea of the victim; a connector for coupling the proximal end of the tube to the gas supply, the connector being formed as a cylinder with a gas input end coupled to the gas supply, a gas discharge end coupled to the proximal end of the tube and a linear axial passageway therebetween, the connector having a self-sealing hypodermic needle port coupled with a first aperture in the connector and extending into the linear passageway, the hypodermic needle port being rigid and adapted for receiving a hypodermic needle for injecting vital life-saving drugs in liquid form into the passageway and then into the distal end of the tube intermixed with the gas, the connector further having a self-sealing syringe port coupled with a second aperture in the connector and extending into the linear passageway, the syringe port being rigid and adapted for receiving a syringe for injecting vital life-saving drugs in liquid form into the passageway and then into the distal end of the tube intermixed with the gas, the ports being located between the ends of the connector, and the main axial passageway adapted for atomizing and entermixing of the flow of life-saving drugs with the life-supporting gas.

Claim 3

The drug administering endotracheal respiration system as set forth in claim 1 wherein the ports have axes which are co-planar with respect to the axis of the connector.

Claim 4

The drug administering endotracheal respiration system as set forth in claim 1 wherein one port is located on the annular surface of the connector substantially 180 degrees away from the other port as measured on the annular surface of the connector.

Claim 5

The drug administering endotracheal respiration system as set forth in claim 1 wherein the connector is adapted to receive one port at a point along its longitudinal axis adjacent to the gas input end and the other port at a point along its longitudinal axis adjacent to the gas discharge end.

Claim 6

The drug administering endotracheal respiration system as set forth in claim 1 wherein the connector is adapted to receive the ports at substantially right angles with respect to its longitudinal axis.

Claim 7

The drug administering endotracheal respiration system as set forth in claim 1 wherein the connector is adapted to receive the ports at angles substantially 45 degrees with respect to its longitudinal axis.

Claim 8

The drug administering endotracheal respiration system as set forth in claim 1 wherein the diameter of the passageway is from about three (3) to four (4) times the diameter of each port.

Claim 9

The drug administering endotracheal respiration system as set forth in claim 1 wherein the needle port is a one way rubber member through which a needle is advanced and retracted.

Claim 10

The drug administering endotracheal respiration system as set forth in claim 1 and further including a conical step-down area between a larger input end and a smaller output end of the connector for increasing the pressure within the connector for the promotion of the intermixing and the lung inflation at which time drug administration takes place.

Claim 11

For use in a drug administering respiration endotracheal system for administering vital life-saving drugs into the lungs of a victim while maintaining the flow of life-supporting gas thereto via ventilation apparatus, the system including a gas supply; a tube for establishing gas flow exchange between the lungs of the victim and the gas supply, the tube having a proximal end and a distal end for insertion into the trachea of the victim; an improved connector, the improved connector adapted to couple the proximal end of the tube to the gas supply, the improved connector being formed as a cylinder with a gas input end, a gas discharge end and a linear axial passageway therebetween, the connector having a self-sealing hypodermic needle port coupled with a first aperture in the connector and extending into the linear passageway, the hypodermic needle port being rigid and adapted for receiving a hypodermic needle for injecting vital life-saving drugs in liquid form into the passageway for being atomized and then into the distal end of the tube intermixed with the gas, the improved connector further having a self-sealing syringe port coupled with a second aperture in the connector and extending into the linear passageway, the syringe port being rigid and adapted for receiving a syringe for injecting vital life-saving drugs in liquid form into the passageway for being atomized and then into the distal end of the tube intermixed with the gas, the axial passageway adapted for atomizing and intermixing of the life-saving drugs with the flow of life-supporting gas, the ports being located between the ends of a connector and having axes which are co-planar with respect to the axis of the connector and one port being located on the annular surface of the connector substantially 180 degrees away from the other port as measured on the annular surface of the connector, the ports being as substantially right angles with respect to its longitudinal axis of the passageway.

Claim 12

For use in a drug administering respiration endotracheal system for administering vital life-saving drugs into the lungs of a victim while maintaining the flow of life-supporting gas thereto via ventilation apparatus, the system including a gas supply; a tube for establishing gas flow exchange between the lungs of the victim and the gas supply, the tube having a proximal end and a distal end for insertion into the trachea of the victim; an improved connector, the improved connector adapted to couple the proximal end of the tube to the gas supply, the improved connector being formed as a cylinder with a gas input end, a gas discharge end and a linear axial passageway therebetween, the connector having a self-sealing hypodermic needle port coupled with a first aperture in the connector and extending into the linear passageway, the hypodermic needle port being rigid and adapted for receiving a hypodermic needle for injecting vital life-saving drugs in liquid form into the passageway for being atomized and then into the distal end of the tube intermixed with the gas, the improved connector further having a self-sealing syringe port coupled with a second aperture in the connector and extending into the linear passageway, the syringe port being rigid and adapted for receiving a syringe for injecting vital life-saving drugs in liquid form into the passageway for being atomized and then into the distal end of the tube intermixed with the gas, the axial passageway adapted for atomizing and intermixing of the life-saving drugs with the flow of life-supporting gas, the ports being located between the ends of a connector and having axes which are co-planar with respect to the axis of the connector and one port being located on the annular surface of the connector substantially 180 degrees away from the other port as measured on the annular surface of the connector, the ports being as substantially right angles with respect to its longitudinal axis of the passageway.

Claim 13

The drug administering respiration endotracheal system as set forth in claim 10 wherein the connector is adapted to receive the ports at angles substantially 45 degrees with respect to its longitudinal axis.