Granted Patent B2

US 12,186,488 · App. 18/071,551 · Granted Jan 7, 2025

Inventors: Jeffrey Travis Dalton (Boise, ID); Kim Reeves (Boise, ID); William Mack Buchanan (Boise, ID); Lance Gordon Matheson (Boise, ID); Jordan Francis Clifford (Boise, ID); Travis Andrew Dean (Boise, ID)

Assignee: Legacy Innovation Inc.

A61M16/127A61M16/0072A61M16/14A61M16/201G05D16/04A61M2202/0208G05D16/0672

Abstract

Claims (63)

1. A medical attachment device for maintaining positive fluid pressure in a patient, the attachment device comprising a body having a fluid outlet port, at least two positive pressure fluid inlet ports, and an obstructor holder comprising a fluid access port in fluid communication with the fluid outlet port;

wherein each of the at least two positive pressure fluid inlet ports is connectable to a respective first fluid source;

wherein each of the at least two positive pressure fluid inlet ports is in fluid communication with the fluid outlet port via the fluid access port;

wherein each of the at least two positive pressure fluid inlet ports comprises an attachment device mechanism for selectively starting and stopping a flow of fluid from the respective fluid source to the fluid outlet port;

wherein the attachment device mechanism is housed at least partially in the obstructor holder and comprises:

an arm having a first end in fluid communication with a respective one of the at least two positive pressure fluid inlet ports and a second end;

an obstructor in the first end configured to seal the fluid access port in the obstructor holder; and

a circular aperture in the second end to enable, by motion of the arm, selective fluid communication between the respective fluid inlet port and the fluid outlet port via the fluid access port.

2. The medical attachment device of claim 1 , wherein the at least two positive pressure fluid inlet ports comprise a first positive pressure fluid inlet port having a first attachment device mechanism, and a second positive pressure fluid inlet port having a second attachment device mechanism,

wherein the first attachment device mechanism actuates the flow of fluid from the first fluid source to the fluid outlet port, and the second attachment device mechanism actuates the flow of fluid from the second fluid source to the fluid outlet port, and

wherein the ratio of the flow of fluid from the first fluid source to the fluid outlet port and the flow of fluid from the second fluid source to the fluid outlet port ranges from 100%:0% to 0%/100%.

3. The medical attachment device of claim 2 , wherein the ratio of the flow of fluid from the first fluid source to the fluid outlet port and the flow of fluid from the second fluid source to the fluid outlet port is at least one selected from: 90%:10%, 80%:20%, 70%:30%, 60%:40%, 50%:50%, 40%:60%, 30%:70%, 20%:80%, and 10%:90%.

4. The medical attachment device of claim 1 , wherein the the arm and the fluid access port are linearly engaged.

5. The medical attachment device of claim 1 , wherein the attachment device mechanism is moveable between an open valve position and a closed valve position by a linear movement of the arm relative to the fluid access port.

6. The medical attachment device of claim 5 , wherein the arm comprises a hollow tube having at least one fluid passage therethrough.

7. The medical attachment device of claim 6 , wherein the hollow tube has a partition.

8. The medical attachment device of claim 7 , wherein the hollow tube is alignable with the fluid access port towards or at the open valve position by a linear movement of the arm relative to the fluid access port.

9. The medical attachment device of claim 1 , wherein the obstructor holder comprises at least two anti-rotation internal protrusions.

10. The medical attachment device of claim 9 , wherein the arm comprises at least two anti-rotation external recesses.

11. The medical attachment device of claim 1 , comprising a bronchoscope port in fluid communication with the fluid outlet port.

12. The medical attachment device of claim 1 , comprising a suction catheter port in fluid communication with the fluid outlet port.

13. The medical attachment device of claim 11 , wherein the bronchoscope port is in fluid communication with a suction catheter port.

14. The medical attachment device of claim 1 , wherein the fluid outlet port is connectable to an endotracheal tube in situ.

15. The medical attachment device of claim 1 , wherein at least one of the at least two positive pressure fluid inlet ports is connectable to a ventilator or ventilator tube.

16. The medical attachment device of claim 1 for use in a medical application.

17. An assembly comprising a medical attachment device, and a connector for connecting at least one fluid source to the attachment device;

wherein the attachment device comprising a body having a fluid outlet port, at least two positive pressure fluid inlet ports, and an obstructor holder comprising a fluid access port in fluid communication with the fluid outlet port;

wherein each of the at least two positive pressure fluid inlet ports is connectable to a respective fluid source;

wherein each of the at least two positive pressure fluid inlet ports is in fluid communication with the fluid outlet port;

wherein each of the at least two positive pressure fluid inlet ports comprises an attachment device mechanism for selectively starting and stopping a flow of fluid from the respective fluid source to the fluid outlet port; and

wherein the attachment device mechanism is housed at least partially in the obstructor holder and comprises:

an arm having a first end in fluid communication with a respective one of the at least two positive pressure fluid inlet ports and a second end;

an obstructor in the first end configured to seal the fluid access port in the obstructor holder; and

a circular aperture in the second end to enable, by motion of the arm, selective fluid communication between the respective fluid inlet port and the fluid outlet port via the fluid access port.

18. The assembly of claim 17 , further comprising an endotracheal tube in-situ that is connected to the fluid outlet port.

19. A method of switching one fluid source with another fluid source and maintaining continuous positive pressure fluid flow to a respirator or ventilator, comprising the steps of:

providing the respirator or the ventilator;

providing the one fluid source;

attaching said one fluid source to one connector, said one connector comprising one housing and one connector mechanism for selectively starting and stopping a flow of fluid;

providing an attachment device comprising a body having a fluid outlet port and at least two positive pressure fluid inlet ports;

wherein each of the at least two positive pressure fluid inlet ports is connectable to a respective fluid source;

wherein each of the at least two positive pressure fluid inlet ports is in fluid communication with the fluid outlet port;

wherein each of the at least two positive pressure fluid inlet ports comprises an attachment device mechanism for selectively starting and stopping the flow of fluid; and

wherein the attachment device mechanism comprises a valve moveable between an open valve position and a closed valve position;

providing a pressure regulator for regulating fluid pressure and fluid flow speed;

connecting the fluid outlet port of the attachment device to the pressure regulator;

connecting the pressure regulator to the respirator or the ventilator;

connecting said one connector to one fluid inlet port of the attachment device;

selectively starting the flow of fluid from said one fluid source to the respirator or the ventilator using said one connector mechanism and said one attachment device mechanism;

providing another fluid source;

attaching said another fluid source to another connector, said another connector comprising another housing and another connector mechanism for selectively starting and stopping the flow of fluid;

connecting said another connector to another fluid inlet port of the attachment device;

selectively starting the flow of fluid from said another fluid source to the respirator or the ventilator using said another connector mechanism and another attachment device mechanism;

selectively stopping the flow of fluid from said one fluid source to the respirator or the ventilator using said one connector mechanism and said one attachment device mechanism; and

disconnecting said one connector from said one fluid inlet port of the attachment device.

20. A medical attachment device for maintaining positive fluid pressure in a patient, the attachment device comprising a body having a fluid outlet port, at least one positive pressure fluid inlet port, and an obstructor holder comprising a fluid access port in fluid communication with the fluid outlet port;

wherein the at least one positive pressure fluid inlet port is connectable to a first fluid source;

wherein the at least one positive pressure fluid inlet port is in fluid communication with the fluid outlet port via the fluid access port;

wherein the at least one positive pressure fluid inlet port comprises an attachment device mechanism for selectively starting and stopping a flow of fluid from the respective fluid source to the fluid outlet port;

wherein the attachment device mechanism is housed at least partially in the obstructor holder and comprises:

an arm having a first end in fluid communication with the at least one positive pressure fluid inlet port and a second end;

an obstructor in the first end configured to seal the fluid access port in the obstructor holder; and

a circular aperture in the second end to enable, by motion of the arm, selective fluid communication between the fluid inlet port and the fluid outlet port via the fluid access port.

Assignments (2)

Continuity (4)

References Cited (9)