Respiratory access port assembly with push button lock and method of use
View Patent ↗A respiratory access assembly includes a distal plate having one port and cuff and an axially aligned proximal plate including a first port and first cuff and a second port and second cuff. The distal plate is configured to move relative to the proximal plate. The respiratory access assembly includes an actuator, which has a plurality of predetermined positions. The actuator can lock the plates together such that the distal port is aligned with either port of the proximal plate or so that the distal port is not aligned with either port of the proximal plate. A method of using a respiratory access assembly is provided.
1. A respiratory access assembly, comprising:
a distal plate having a port, the port adapted to be positioned in operable communication with an artificial airway of a patient;
a proximal plate including a first port and a second port, the distal plate positioned against the proximal plate in a stacked configuration, each plate configured to move; and
an actuator positioned adjacent to at least one plate, the actuator cooperating with at least one plate to permit movement of at least one plate when the actuator is positioned in a movement-enabling position, the actuator cooperating with both plates to lock the plates in a fixed position when the actuator is positioned in a locked position, such that the plates are locked into a predetermined position relative to each other, the actuator including a blocking portion which is configured to extend into at least one port when the actuator is positioned in the movement-enabling position, and to withdraw from the one port when the actuator is positioned in the locked position, wherein the actuator comprises a button assembly.
2. The respiratory access assembly of claim 1 , wherein the button assembly further comprises a button and the blocking portion, which comprises a plunger.
3. The respiratory access assembly of claim 2 , wherein the button includes a locking tab and a movement permitting portion and the distal plate includes a lip having a notch therein.
4. The respiratory access assembly of claim 3 , wherein when the button is moved inward against at least one plate, the lip of the distal plate is positioned on the movement permitting portion of the button, thereby permitting movement of the plates relative to each other.
5. The respiratory access assembly of claim 4 , wherein when the button is moved outward, away from at least one plate, the locking tab is moved through the notch to contact the lip of the distal plate, and thereby prevents movement such that the plates are positioned in a locked position relative to each other.
6. The respiratory access assembly of claim 4 , wherein when the button is moved inward, the plunger is positioned within an opening adjacent the first port, thereby blocking the first port.
7. The respiratory access assembly of claim 4 , wherein a catheter is positioned through the first port, the button will not move inward, thereby maintaining the distal plate in the locked position.
8. The respiratory access assembly of claim 5 , wherein when the button is moved outward, the plunger is moved out of the its position adjacent the first port, thereby opening the first port.
9. A respiratory access assembly, comprising:
a distal plate having a port, the port adapted to be positioned in operable communication with an artificial airway of a patient;
a proximal plate including a first port and a second port, the distal plate positioned against the proximal plate in a stacked configuration, each plate configured to move relative to each other;
a closed suction catheter assembly comprising at least a connecting end having an opening provided therein, a suction catheter, and a sleeve positioned over the suction catheter and connected to at least the connecting end, wherein the connecting end is releaseably coupled to the first port; and
an actuator positioned adjacent to at least one plate, the actuator cooperating with at least one plate to permit movement of at least the one plate when the actuator is positioned in a movement-enabling position, the actuator cooperating with both plates to lock the plates in a fixed position when the actuator is positioned in a locked position, such that the plates are locked into a predetermined position relative to each other, the actuator including a blocking portion which is configured to extend into at least one port when the actuator is positioned in the movement-enabling position, and to withdraw from the one port when the actuator is positioned in the locked position;
wherein when the actuator is positioned in the movement-enabling position, at least one plate is movable, and when the port of the distal plate and the first port of the proximal plate are moved into an alignment, the actuator is positioned into the locked position such that the port of the distal plate and the first port of the proximal plate are axially aligned in a first open position, so that the suction catheter is movable through the ports, and wherein the second port of the proximal plate is positioned in a closed position, wherein the actuator comprises a button assembly.
10. The respiratory access assembly of claim 9 , wherein the button assembly further comprises a button and the blocking portion, which comprises a plunger.
11. The respiratory access assembly of claim 10 , wherein the button includes a locking tab and a movement permitting portion and the distal plate includes a lip having a notch therein.
12. The respiratory access assembly of claim 11 , wherein when the button is moved inward against at least one plate, the lip of the distal plate is positioned on the movement permitting portion of the button, thereby permitting movement of the plates relative to each other.
13. The respiratory access assembly of claim 12 , wherein when the button is moved outward, away from at least one plate, the locking tab is moved through the notch to contact the lip of the distal plate, and thereby prevents movement such that the plates are positioned in a locked position relative to each other.
14. The respiratory access assembly of claim 12 , wherein when the button is moved inward, the plunger is positioned within an opening adjacent the first port, thereby blocking the first port.
15. The respiratory access assembly of claim 12 , wherein a catheter is positioned through the first port, the button will not move inward, thereby maintaining the distal plate in the locked position.
16. The respiratory access assembly of claim 13 , wherein when the button is moved outward, the plunger is moved out of the its position adjacent the first port, thereby opening the first port.