Respiratory valve

Claim 2

A respiratory valve apparatus comprising: a housing having an inner chamber, an upper access port and an opposite endotracheal tube connection port, a respirator connection port and an opposite resuscitation bag connection port, and first and second indexing slots defining first and second switching positions; a rotational valve assembly which rotatably fits inside said housing chamber, said assembly having an inner channel and an outwardly facing handle which locks into said indexing slots, said channel being aligned with said entry, endotracheal, and respirator ports in said first switching position, and said channel being aligned with said entry, endotracheal, and resuscitation ports in said second switching position; wherein a suction catheter can be inserted through said apparatus in either of said switching positions.

Claim 3

The respiratory valve apparatus of claim 1, wherein said rotational valve assembly is cylindrically shaped with an outer cylindrical surface, said rotational valve assembly including at least one circumferential ridge around the outer cylindrical surface, said housing including a corresponding circumferential groove around its inner cavity, said ridge and said groove interacting to receivably contain said rotational valve assembly in said chamber of said housing.

Claim 4

The respiratory valve apparatus of claim 2, wherein said cylindrical rotational valve assembly is disk shaped with an outer and inner face and a flexible handle extending from its outer face, said housing having a front face with said inner chamber formed therein for receiving said disk, and said upper access port of said housing being a catheter entry port.

Claim 5

The respiratory valve apparatus of claim 3, wherein said housing front face includes a semi-circular lip with cutouts forming said first and second indexing slots and first and second ramps sloping down to said housing front face after said cutouts, said handle flexing over said ramps and into said cutouts as said valve assembly is rotated into said switching positions.

Claim 6

The respiratory valve apparatus of claim 3, wherein said catheter entry port includes a sealable orifice which allows entry of said suction catheter and which seals upon retraction of said catheter.

Claim 7

The respiratory valve apparatus of claim 3, which further includes an elongated protective bag with an upper and lower end, and an entry port guiding fixture, said guiding fixture fitting onto said catheter entry port and containing a conically shaped inner surface for guiding said catheter into said apparatus, said lower end of said protective bag being sealably attached to said guiding fixture, and said upper end of said protective bag being sealably attached to an upper end of said catheter.

Claim 8

The respiratory valve apparatus of claim 6, wherein said bag is sealably attached using adhesive tape strips.

Claim 9

The respiratory valve apparatus of claim 2, wherein said cylindrical rotational valve assembly is tubularly shaped with an extended upper open portion, an open lower portion, and a side hole, said upper access port of said housing providing access to said inner chamber for spinably mounting said tubular cylinder.

Claim 10

The respiratory valve apparatus of claim 8, wherein said extended upper portion has a flexible handle extending from said outer cylindrical surface, said upper access port including a semi-circular lip with cutouts forming said first and second indexing slots and first and second ramps sloping down to said port after said cutouts, said handle flexing over said ramps and into said cutouts as said valve assembly is rotated into said switching positions.

Claim 11

The respiratory valve apparatus of claim 8, wherein said upper tubular opening includes a sealable orifice which allows entry of said suction catheter and which seals upon retraction of said catheter.

Claim 12

The respiratory valve apparatus of claim 8, wherein said rotational valve assembly includes a saline injection port with a hingably attached port plug.

Claim 13

The respiratory valve apparatus of claim 8, wherein said rotational valve assembly includes a saline injection port with a sealable orifice.

Claim 14

The respiratory valve apparatus of claim 8, which further includes an elongated protective bag with an upper and lower end, and an entry port guiding fixture, said guiding fixture fitting onto said extended upper portion of said tubular cylinder and containing a conically shaped inner surface for guiding said catheter into said apparatus, said lower end of said protective bag being sealably attached to said guiding fixture, and said upper end of said protective bag being sealably attached to an upper end of said catheter.

Claim 15

The respiratory valve apparatus of claim 13, wherein said bag is sealably attached using adhesive tape strips.

Claim 16

The respiratory valve apparatus of claim 1, wherein said endotracheal connection port includes an endotracheal tube which can be removably attached.

Claim 17

The respiratory valve apparatus of claim 1, wherein said resuscitation bag connection port includes a hingably attached port cover.

Claim 18

The respiratory valve apparatus of claim 1, wherein said housing assembly includes a saline injection port with a hingably attached port plug.

Claim 19

The respiratory valve apparatus of claim 1, wherein said housing assembly includes a saline injection port with a sealable orifice.

Claim 20

A respiratory valve apparatus comprising: a housing having an inner chamber, a upper entry port and an opposite endotracheal tube connection port, a respirator connection port and an opposite resuscitation bag connection port, and first and second indexing slots defining first and second switching positions; a rotational valve assembly which rotatably fits inside said housing chamber, said valve assembly having an inner channel and an outwardly facing handle which locks into said indexing slots, said channel being aligned with said entry, endotracheal, and respirator ports in said first switching position, and said channel being aligned with said entry, endotracheal, and resuscitation ports in said second switching position; an elongated protective bag with an upper and lower end; an entry port attachment fixture removably fitting onto said catheter entry port and containing a conically shaped inner surface for guiding said catheter into said apparatus an endotracheal tube removably fitting onto said endotracheal tube connection port for guiding said catheter into the patient; wherein said lower end of said protective bag is sealably attached to said guiding fixture, and said upper end of said protective bag is sealably attached to an upper end of said catheter, thereby allowing said catheter to be inserted through said apparatus in either of said switching positions with said protective bag preventing external contact with said catheter when it is withdrawn.

Claim 21

A respiratory valve apparatus comprising: a housing having an inner chamber, a upper entry port and an opposite endotracheal tube connection port, a respirator connection port and an opposite resuscitation bag connection port, and first and second indexing slots defining first and second switching positions; a rotational valve assembly which rotatably fits inside said housing chamber, said valve assembly having an inner channel and an outwardly facing handle which locks into said indexing slots, said channel being aligned with said entry, endotracheal, and respirator ports in said first switching position, and said channel being aligned with said entry, endotracheal, and resuscitation ports in said second switching position; an elongated protective bag with an upper and lower end; an entry port attachment fixture removably fitting onto said catheter entry port and containing a conically shaped inner surface for guiding said catheter into said apparatus an endotracheal tube removably fitting onto said endotracheal tube connection port for guiding said catheter into the patient; wherein said lower end of said protective bag is sealably attached to said guiding fixture, and said upper end of said protective bag is sealably attached to an upper end of said catheter, thereby allowing said catheter to be inserted through said apparatus in either of said switching positions with said protective bag preventing external contact with said catheter when it is withdrawn.