Respiratory secretion retention device, system and method
An apparatus, system, and method for managing respiratory secretions and fluids in sections of artificial airways. In an embodiment of the invention, a respiratory secretion retention (RSR) device configured to fluidly connect to an artificial airway can be provided. The device can include a housing that defines a passageway for the flow of respiratory gases with at least two chambers coupled to the housing. The chambers are configured to retain exhaled respiratory particulate and liquid. The respiratory secretion retention device further includes a patient port coupled to the housing that is in fluid communication with the artificial airway and a repositionable barrier configured to isolate at least one of the two chambers from the passageway. In another embodiment, a secretion removal assembly can connect to a respiratory secretion retention device; the secretion removal assembly includes a connector configured for connecting to a port of the respiratory secretion retention device and a spike coupled to the connector.
1. A secretion removal assembly configured to connect to a respiratory secretion retention device, the respiratory secretion retention device adapted to fluidly connect to an artificial airway, the secretion removal assembly comprising:
a connector adapted to connect to a sealed port of the respiratory secretion retention device; and,
a spike coupled to the connector;
wherein the respiratory secretion retention device includes:
a housing, the housing defining a passageway for the flow of respiratory gases;
a patient port coupled to the housing, the patient port configured to be in fluid communication with the artificial airway; and
a ventilation port coupled with the housing.
2. The secretion removal assembly in claim 1 , wherein the spike is configured for one of breaching, engaging and repositioning the seal of the port.
3. The secretion removal assembly of claim 1 , wherein the connector further comprises an actuation mechanism for controlling the application of suction to the secretion removal assembly.
4. The secretion removal assembly in claim 1 further comprising a collection bag in fluid communication with the spike.
5. The secretion removal assembly in claim 1 , wherein the connector sealingly engages at least a portion of the port.
6. The secretion removal assembly in claim 1 , wherein the connector sealingly engages the port without opening a reservoir of the respiratory secretion retention device to atmosphere.
7. The secretion removal assembly in claim 1 , wherein the spike sealingly engages at least a portion of the port.
8. A secretion removal assembly configured to connect to a respiratory secretion retention device, the respiratory secretion retention device adapted to fluidly connect to an artificial airway, the secretion removal assembly comprising:
a connector adapted to connect to a sealed port of the respiratory secretion retention device;
wherein the connector is configured to sealingly engage the port without opening a reservoir of the respiratory secretion retention device to atmosphere; and,
wherein the respiratory secretion retention device includes:
a housing, the housing defining a passageway for the flow of respiratory gases;
a patient port coupled to the housing, the patient port configured to be in fluid communication with the artificial airway; and
a ventilation port coupled with the housing.
9. A secretion removal assembly configured to connect to a respiratory secretion retention device, the respiratory secretion retention device adapted to fluidly connect to an artificial airway, the secretion removal assembly comprising:
a connector adapted to connect to a sealed port of the respiratory secretion retention device,
wherein the connector is configured to first engage the port in a non-sealed area of the port prior to one of breaching, engaging and repositioning of the seal of the port of the respiratory secretion retention device.
10. The secretion removal assembly of claim 9 , wherein the connector is configured to first engage the port in a non-sealed area of the port simultaneously to one of breaching, engaging and repositioning of the seal of the port of the respiratory secretion retention device.
11. A secretion removal assembly configured to connect to a respiratory secretion retention device, the respiratory secretion retention device adapted to fluidly connect to an artificial airway, the secretion removal assembly comprising:
a connector adapted to connect to a port of the respiratory secretion retention device, wherein the port has a first seal;
wherein the connector is configured to create a second seal with the port prior to one of breaching, engaging and repositioning of the first seal of the port of the respiratory secretion retention device.
12. The secretion removal assembly of claim 11 , wherein the connector is configured to create a second seal with the port simultaneously to one of breaching, engaging and repositioning of the first seal of the port of the respiratory secretion retention device.
13. The secretion removal assembly in claim 1 , wherein the spike does not include a seal.
14. The secretion removal assembly in claim 1 , wherein the connector does not include a seal.
15. The secretion removal assembly in claim 1 further comprising a drain port coupled to the connector.
16. The secretion removal assembly in claim 15 further comprising an instillation port coupled to the connector.
17. The secretion removal assembly in claim 15 wherein the drain port is a suction port.
18. The secretion removal assembly in claim 8 further comprising a drain port coupled to the connector.
19. The secretion removal assembly in claim 18 further comprising an instillation port coupled to the connector.
20. The secretion removal assembly in claim 18 wherein the drain port is a suction port.