Splash-retarding fluid collection system
View Patent ↗A fluid collection container ( 100 ) includes a vessel ( 101 ) and a lid ( 102 ). A mesh conduit layer ( 201 ) is coupled to the vessel so as to span an opening ( 110 ) of the vessel and enclose an interior ( 111 ) of the vessel. The mesh conduit layer is liquid permeable and serves as a splash retarding mechanism that prevents liquids being transferred through the mesh conduit layer from splashing back. An optional cache ( 603 ) of coagulant material can be disposed within an interior of the vessel as well.
1. A fluid collection container, comprising:
a plurality of surfaces defining a vessel having a peripheral wall terminating to define a stair-stepped flanged rim to define an opening;
a mesh conduit layer coupled to one or more of the plurality of surfaces by nesting within the stair-stepped flanged rim so as to span the opening and enclose an interior of the vessel; and
a retaining ring separate from the vessel and coupled to the peripheral wall atop the mesh conduit layer and within the stair-stepped flanged rim such that the mesh conduit layer is disposed between the retaining ring and the stair-stepped flanged rim of the peripheral wall.
2. The fluid collection container of claim 1 , further comprising a lid configured to attach to the vessel over the retaining ring and the mesh conduit layer to form a closed fluid collection container.
3. The fluid collection container of claim 1 , wherein the plurality of surfaces comprise a bottom surface.
4. The fluid collection container of claim 3 , wherein the bottom surface is polygonal.
5. The fluid collection container of claim 3 , wherein the bottom surface and the peripheral wall are arranged in a frustoconical geometry.
6. The fluid collection container of claim 1 , wherein the retaining ring comprises an inclined surface extending from the peripheral wall towards the interior of the vessel.
7. The fluid collection container of claim 3 , wherein the mesh conduit layer is adhesively coupled to the peripheral wall.
8. The fluid collection container of claim 3 , wherein the mesh conduit layer is thermally coupled to the peripheral wall.
9. The fluid collection container of claim 1 , wherein the mesh conduit layer is coupled to the one or more of the plurality of surfaces by an insert molding process.
10. The fluid collection container of claim 1 , wherein the mesh conduit layer comprises a hydrophobic material.
11. The fluid collection container of claim 1 , wherein the mesh conduit layer comprises a hydrophilic material.
12. The fluid collection container of claim 1 , wherein the mesh conduit layer comprises a woven material, a spun-woven material, or combinations thereof.
13. The fluid collection container of claim 1 , wherein the mesh conduit layer comprises a non-woven material.
14. The fluid collection container of claim 13 , wherein the non-woven material comprises one of spun material, spun-melt-spun material, spunbond material, spunlace material, or combinations thereof.
15. The fluid collection container of claim 1 , further comprising a cache of coagulant disposed within the interior of the vessel.
16. The fluid collection container of claim 1 , wherein the mesh layer is liquid permeable.