Tracheal tube apparatus and methods
A tracheal tube (e.g., an endotracheal tube) includes an inserting cannula (that may be able to swivel), and wherein the inserting cannula is connected to an elbow adaptor through a Bayonet Neill-Concelman (BNC) connection. The BNC connection may provide more secure connection of the corresponding components and may be able to withstand greater amounts of force exerted on them without becoming detached from each other. The elbow adapter may further be coupled to a pressure release valve that will alleviate pressure buildup within the tracheal tube.
1. A tracheal tube assembly comprising:
an outer cannula having an outer cannula proximal end and an outer cannula distal end, the outer cannula distal end having outer cannula threads;
an inner cannula configured to insert into the outer cannula and having an inner cannula proximal end and an inner cannula distal end, the inner cannula distal end having an inner cannula coupler for mating with the outer cannula threads, wherein at least a portion of one or both of the inner cannula and outer cannula are transparent and configured to indicate by a color change that the inner cannula and outer cannula are connected;
an elbow adapter configured to couple the inner cannula with a mechanical ventilator for providing air to a patient;
a pressure release valve on the elbow adapter configured to mitigate high airway pressures that may cause disconnections or lung damage; and
a Bayonet Neill-Concelman (BNC) connector configured to secure the elbow adapter to the inner cannula.
2. The tracheal tube assembly of claim 1 , further comprising an anti-microbial agent coating on one or more of portions of the tracheal tube assembly.
3. The tracheal tube assembly of claim 2 , wherein the anti-microbial agent coating is on one or more of: the outer cannula, the inner cannula and the elbow adapter.
4. The tracheal tube assembly of claim 2 , wherein the anti-microbial coating is one or more of: a sulfadiazine compound, a chlorhexidine compound, a silver coatings, and a gentian violet.
5. The tracheal tube assembly of claim 1 , further comprising a hydrophobic coating on an internal wall of one or both of the inner cannula and the outer cannula.
6. The tracheal tube assembly of claim 1 , further comprising a suctioning port for manual removal of moisture or secretions from the assembly.
7. The tracheal tube assembly of claim 1 , further comprising a locking region of the BNC connector that is transparent or translucent and is configured to change color when the BNC connector is engaged with the inner cannula.
8. The tracheal tube assembly of claim 1 , wherein the pressure release valve comprising a casing with an aperture, a spring, and a pressure release valve spring disc.
9. The tracheal tube assembly of claim 1 , wherein the pressure release valve comprises a variety of selectable pressure release settings.
10. The tracheal tube assembly of claim 1 , wherein the pressure release valve is coupled to the elbow adapter through a pressure release valve-elbow adapter threaded connection.
11. The tracheal tube assembly of claim 1 , wherein the BNC connector of the elbow adapter is configured to connect to the inner cannula with a connection strength of greater or equal to 45 N.
12. The tracheal tube assembly of claim 1 , further comprising a pair of laterally offset cuffs on the inner cannula configured to seal and secure the inner cannula within the patient's trachea.
13. A tracheal tube assembly comprising:
an outer cannula having an outer cannula proximal end and an outer cannula distal end, the outer cannula distal end having outer cannula threads;
an inner cannula configured to insert into the outer cannula and having an inner cannula proximal end and an inner cannula distal end, the inner cannula distal end having an inner cannula coupler for mating with the outer cannula threads, wherein at least a portion of one or both of the inner cannula and outer cannula are transparent and configured to indicate by a color change that the inner cannula and outer cannula are connected; and
an elbow adapter configured to couple the inner cannula with a mechanical ventilator for providing air to a patient;
a pressure release valve on the elbow adapter configured to mitigate high airway pressures that may cause disconnections or lung damage;
a Bayonet Neill-Concelman (BNC) connector configured to secure the elbow adapter to the inner cannula; and
an air flow indicator in communication with the pressure release valve, configured to indicate when the elbow adapter should be replaced.
14. The tracheal tube assembly of claim 13 , wherein the air flow indicator indicates by movement that air is flowing through the pressure release valve.
15. The tracheal tube assembly of claim 13 , further comprising an anti-microbial agent on one or more portions of the tracheal tube assembly.
16. The tracheal tube assembly of claim 15 , wherein the anti-microbial coating is one or more of: a sulfadiazine compound, a chlorhexidine compound, a silver coatings, and a gentian violet.
17. The tracheal tube assembly of claim 13 , further comprising a suctioning port for manual removal of moisture or secretions from the assembly.
18. The tracheal tube assembly of claim 13 , further comprising a locking region of the BNC connector that is transparent or translucent and is configured to change color when the BNC connector is engaged with the inner cannula.
19. The tracheal tube assembly of claim 13 , wherein the pressure release valve comprises a variety of selectable pressure release settings.
20. A tracheal tube assembly comprising:
an outer cannula having an outer cannula proximal end and an outer cannula distal end, the outer cannula distal end having outer cannula threads;
an inner cannula configured to insert into the outer cannula and having an inner cannula proximal end and an inner cannula distal end, the inner cannula distal end having an inner cannula coupler for mating with the outer cannula threads, wherein at least a portion of one or both of the inner cannula and outer cannula are transparent and configured to indicate by a color change that the inner cannula and outer cannula are connected; and
an elbow adapter configured to couple the inner cannula with a mechanical ventilator for providing air to a patient;
a pressure release valve on the elbow adapter configured to mitigate high airway pressures that may cause disconnections or lung damage;
a Bayonet Neill-Concelman (BNC) connector configured to secure the elbow adapter to the inner cannula;
an anti-microbial agent on one or more regions of the tracheal tube assembly;
a suction port for removal of moisture or secretions from the assembly; and
an air flow indicator in communication with the pressure release valve, configured to indicate when the elbow adapter should be replaced.