Sump port drain adapter
A sump port drain adapter apparatus is disclosed which provides a small, lightweight vessel to capture and collect gastric reflux or stomach contents exiting the smaller lumen, or sump line, of a double lumen nasogastric tube while providing airflow to the sump line to prevent the nasogastric tube from adhering to the stomach lining. The apparatus disclosed prevents clogging in the sump line, unnecessary patient gown and bedding changes, patient skin breakdown and decreases exposure to potentially infectious material for both the patient and healthcare workers.
1. A sump port drain adapter comprising
A vessel housing;
A sump port connector intersecting the vessel housing providing a first path for fluid communication to and from an interior of the vessel housing, where the sump port connector is connectable to a sump line of a double lumen nasogastric tube;
A vent intersecting the vessel housing at a location spaced from the sump port connector, the vent providing a second path for fluid communication to and from the interior of the vessel housing;
A vent cap connectable to the vent, selectively interrupting the second path of fluid communication;
A shaped fluid guide disposed within the interior of the vessel housing and arranged in a spaced relation from the vent and the sump port connector to permit liquid or solid materials entering the vessel housing through the sump port connector to flow through an orifice in the shaped fluid guide, where the shaped fluid guide and the orifice define a base of an upper reservoir in direct fluid communication with the sump port connector and the vent;
A lower chamber within the vessel opposite the upper reservoir and defined on a top side by the shaped fluid guide and the orifice, the lower chamber collecting the liquid or solid materials from the orifice in the shaped fluid guide, and where a path for fluid communication between the vent and the lower chamber is provided through the orifice;
An overflow chamber connected to the lower chamber on one side such that the overflow chamber provides a second path of fluid communication excluding the orifice between the lower chamber, the overflow chamber and the upper reservoir;
A drain access disposed on a lower side of the lower chamber providing a path for drain fluid communication from the lower chamber;
A drain hole cap connectable to the drain access, the drain hole cap permitting user control of materials exiting the vessel; and
A fastener connected on an external surface of the vessel housing, the fastener connectable to clothing or other objects.
2. The sump port drain adapter as set forth in claim 1 , further comprising a receptacle connected to the drain access and disposed external to vessel housing permitting removal of materials from the vessel housing.
3. The sump port drain adapter as set forth in claim 2 , where the receptacle further comprises a drain permitting removal of materials from the receptacle.
4. The sump port drain adapter as set forth in claim 1 , where the sump port connector extends away from the vessel housing a distance sufficient to prevent direct contact between the vessel housing and a terminal end of the double lumen nasogastric tube.
5. The sump port drain adapter as set forth in claim 2 , further comprising an elongated attachment connected at a first proximal side to the drain access and connected at a second distal side to the receptacle at a distance sufficient to dispose the receptacle remotely from the vessel housing.
6. A system comprising:
A double lumen nasogastric tube;
A sump port drain adapter connected to the double lumen nasogastric tube, the sump port drain adapter including:
A vessel housing;
A sump port connector intersecting the vessel housing providing a first path for fluid communication to and from an interior of the vessel housing, where the sump port connector is connectable to a sump line of the double lumen nasogastric tube;
A vent intersecting the vessel housing at a location spaced from the sump port connector, the vent providing a second path for fluid communication to and from the interior of the vessel housing;
A shaped fluid guide disposed within the interior of the vessel housing disposed to define an upper reservoir and a lower chamber, where the shaped fluid guide defines a narrowing path of fluid communication from the vent and the sump port connector to direct liquid or solid materials entering the interior of the vessel housing through the sump port connector to flow through an orifice in the shaped fluid guide for retention in the lower chamber;
An overflow chamber adjacent to the upper reservoir and the lower chamber and providing an alternate path of fluid communication between the upper reservoir and the lower chamber, where the alternate path bypasses the orifice; and
A drain access disposed on a lower side of the vessel housing providing a path for drain fluid communication from the chamber.
7. The sump port drain adapter as set forth in claim 6 , where the shaped fluid guide comprises a plurality of funnel holes permitting liquid fluid communication from the upper reservoir to the lower chamber and impeding liquid fluid communication from the lower chamber to the upper reservoir.
8. The sump port drain adapter as set forth in claim 6 , further comprising a receptacle connected to the drain access and disposed external to vessel housing permitting removal of materials from the vessel housing.
9. The sump port drain adapter as set forth in claim 6 , where the sump port connector extends away from the vessel housing a distance sufficient to prevent direct contact between the vessel housing and a terminal end of the double lumen nasogastric tube.
10. The sump port drain adapter as set forth in claim 8 , further comprising an elongated attachment connected at a first proximal side to the drain access and connected at a second distal side to the receptacle at a distance sufficient to dispose the receptacle remotely from the vessel housing.