Bronchoscopic manifold
View Patent ↗A multi-port manifold includes an instrument port, bronchoscope inlet, entrance for air and common exit. It is proposed to position the instrument port in line with the exit. The bronchoscope inlet is positioned at a very small angle with respect to the instrument port, while the air entrance extends at right angles to the plane defined by the axes of the port and the inlet.
1. A bronchoscopic manifold configured to be fitted to a respiration tube of a medical patient, the bronchoscopic manifold comprising:
a gas exit port configured to effect fluid communication between the bronchoscope manifold and lungs of the medical patient via the respiration tube;
a gas entrance port configured to supply respiratory air to the bronchoscopic manifold;
an instrument port configured to receive an instrument, a longitudinal axis of the instrument port being substantially coaxial with a longitudinal axis of the gas exit port;
a bronchoscope port configured to receive a bronchoscope, the bronchoscope port adjoining the instrument port;
a cap configured to be releasably connected to the bronchoscope port, the cap comprising a plug and a sealing cap, the plug being configured to close a free end of the bronchoscope port and the sealing cap being configured to close a free end of the instrument port; and
a confluence passage defined within the bronchoscopic manifold, the confluence passage disposed between the instrument port and the gas exit port and disposed between the bronchoscope port and the gas exit port, the instrument port being in fluid communication with the bronchoscope port and the gas entrance port via the confluence passage,
wherein a longitudinal axis of the bronchoscope port and the longitudinal axis of the instrument port define a first plane, and a second plane is perpendicular to the first plane, and
wherein a longitudinal axis of said gas entrance port extends at a first angle between about +45 degrees and about −45 degrees with respect to the second plane.
2. The bronchoscopic manifold according to claim 1 , wherein the longitudinal axis of said gas entrance port extends substantially perpendicular to said first plane.
3. The bronchoscopic manifold according to claim 1 , wherein the longitudinal axis of said bronchoscope port extends at a second angle less than 15 degrees relative to the longitudinal axis of said instrument port.
4. The bronchoscopic manifold according to claim 1 , further comprising a closure disposed on a free end of the instrument port.
5. The bronchoscopic manifold according to claim 4 , wherein said closure comprises a screw thread disposed on said free end and a screw cap which mates with the screw thread, the screw cap being different from the sealing cap.
6. The bronchoscopic manifold according to claim 5 , wherein said screw thread is disposed on the instrument port and extends beyond the bronchoscope port along the longitudinal axis of the instrument port.
7. The bronchoscopic manifold according to claim 4 , wherein the closure defines an opening configured to receive the instrument.
8. The bronchoscopic manifold according to claim 7 , wherein the sealing cap is configured to be releasably inserted within the opening defined by the closure.
9. The bronchoscopic manifold according to claim 1 , further comprising a proximal surface disposed opposite the gas exit port, wherein the instrument port and the bronchoscope port are disposed on the proximal surface.
10. The bronchoscopic manifold according to claim 1 , further comprising a seal disposed within the bronchoscopic manifold and between the instrument port and the gas exit port, wherein the seal is configured to provide sliding sealing engagement with a conduit received by the instrument port.
11. An assembly, comprising:
the bronchoscopic manifold according to claim 1 ; and
an airway-blocking device having a distal end inserted through the instrument port of the bronchoscopic manifold, the airway blocking device comprising:
a conduit, and
a sealing balloon disposed on the distal end of the airway-blocking device in fluid communication with the conduit.
12. The assembly according to claim 11 , wherein the distal end of the airway-blocking device includes branched ends, the sealing balloon disposed on one of the branched ends.
13. The assembly according to claim 11 , further comprising markings disposed on said conduit for determining a position of the airway-blocking device relative to the bronchoscopic manifold.
14. The assembly according to claim 11 , further comprising a rotational position marking disposed on said conduit.
15. A method for performing a treatment on airways of a medical patient, the method comprising:
providing the bronchoscopic manifold according to claim 1 ;
connecting the respiration tube to the gas exit port;
fitting said respiration tube into the airways of the medical patient;
introducing a distal end of an airway-blocking device into the airways of the medical patient via the instrument port, the gas exit port, and the respiration tube, the airway blocking device including a conduit, and a sealing balloon disposed on the distal end of the airway-blocking device in fluid communication with the conduit;
locating the sealing balloon in a desired location within the airways of the medical patient; and
inflating the sealing balloon via the conduit.
16. The bronchoscopic manifold according to claim 1 , wherein the free end of the bronchoscope port comprises a click-fit edge over which the cap is configured to be releasably connected.
17. The bronchoscopic manifold according to claim 1 , wherein the cap defines an opening configured to receive the bronchoscope.
18. The bronchoscopic manifold according to claim 17 , wherein the plug is configured to be releasably inserted within the opening defined by the cap.
19. The bronchoscopic manifold according to claim 1 , wherein the plug and sealing cap are connected to opposite sides of the cap.