Fluid trap apparatus
A fluid trap is disclosed herein. The fluid trap has a reservoir housing defining a reservoir and a tube connector coaxially disposed through the reservoir housing. The tube connector has first and second connector ends extending from opposing sides of the reservoir, an interior passageway in fluid communication with the first and second connector ends, and an aperture in fluid communication with the reservoir. The reservoir is in fluid communication with the interior passageway and is configured to retain fluid from that passageway.
1. A fluid trap, comprising:
a reservoir housing defining a reservoir;
a tube connector disposed through the reservoir housing, the tube connector comprising:
a first connector end extending outward from a first side of the reservoir housing; a second connector end extending outward from a second side of the reservoir housing;
an interior passageway in fluid communication with the first connector end and the second connector end;
an aperture defined by the interior passageway, the aperture in fluid communication with the reservoir,
wherein the reservoir housing and the tube connector are coaxial; and
an interior partition dividing the reservoir into a first reservoir and a second reservoir.
2. The fluid trap of claim 1 , wherein the tube connector comprises a first connector portion at each of the first and second connector ends, the first connector portion including the interior passageway.
3. The fluid trap of claim 2 , wherein the first connector portion is adapted for insertion into a first lumen of a dual lumen tube such that the interior passageway is in fluid communication with the first lumen.
4. The fluid trap of claim 3 , wherein the aperture is configured to direct fluid received from the first lumen via the interior passageway into to reservoir.
5. The fluid trap of claim 4 , wherein the fluid is gravity fed from the first lumen to the reservoir.
6. The fluid trap of claim 1 , wherein one of the first and second connector ends defines a cylindrical exterior.
7. The fluid trap of claim 1 , wherein the first and second connector ends respectively extend orthogonally outward from the first and second sides of the reservoir housing, and wherein the first and second sides of the reservoir housing are parallel and opposite one another.
8. The fluid trap of claim 1 , wherein the interior passageway comprises a first interior passageway defining a first aperture coupled to the first reservoir and a second interior passageway defining a second aperture coupled to the second reservoir.
9. The fluid trap of claim 8 , wherein the first and second interior passageways have no fluid communication therebetween.
10. The fluid trap of claim 8 , wherein each of the first and second interior passageways are in fluid communication with each of the first and second connector ends.
11. The fluid trap of claim 8 , wherein the first and second interior passageways are separated from each other by a first gap defined between a first portion of the first and second interior passageways and a second gap defined between a second portion of the first and second interior passageways.
12. The fluid trap of claim 11 , further comprising a wall coupled between the first and second interior passageways, the wall separating the first and second gaps.
13. The fluid trap of claim 8 , wherein the first and second apertures are disposed adjacent the interior partition of the reservoir housing.
14. The fluid trap of claim 8 , wherein the tube connector comprises a first connector portion and a second connector portion at each of the first and second connector ends, the first connector portion including the first interior passageway and adapted for insertion into a first lumen of a dual lumen tube such that the first interior passageway is in fluid communication with the first lumen, and the second connector portion including the second interior passageway and adapted for insertion into a second lumen of the dual lumen tube such that the second interior passageway is in fluid communication with the second lumen.
15. The fluid trap of claim 14 , wherein the tube connector defines a gap between the first and second connector portions, the gap configured to accommodate a dual lumen tube partition.
16. The fluid trap of claim 15 , wherein the first and second apertures are disposed adjacent the interior partition of the reservoir housing.
17. A fluid trap, comprising:
a cylindrical reservoir housing defining a plurality of reservoirs fluidly separated by an interior partition; and
a tube connector disposed coaxially through the reservoir housing, the tube connector comprising:
a first connector end extending outward from a first side of the reservoir housing; a second connector end extending outward from a second side of the reservoir housing;
a plurality of interior passageways in fluid communication with the first connector end and the second connector end, the plurality of interior passageways fluidly separated from one another; and
a plurality of apertures, each aperture defined by one of the plurality of interior passageways and in fluid communication with one of the plurality of reservoirs.
18. The fluid trap of claim 17 , wherein the tube connector comprises a plurality of connector portions at each of the first and second connector ends, each connector portion including one of the plurality of interior passageways and adapted for insertion into and in fluid communication with a separate lumen of a multiple lumen tube.
19. The fluid trap of claim 17 , wherein each aperture is configured to direct gravity fed fluid received from its associated lumen via its associated interior passageway into to its associated reservoir.