Liquid cooling container lid assembly
A liquid container orifice assembly, lid assembly, and unibody lid construction enable a user to outfit particularized liquid containers for enabling lid-based liquid-pooling or compartmentalization and heat transfer from lid-pooled or lid-compartmentalized liquid prior to liquid egression from a lid-outfitted liquid container prior to liquid consumption. All embodiments provide liquid re-directing or damming structures that operate to control the delivery of hot liquid for promoting heat loss from re-directed liquid flows. Certain structures cooperate with existing art to minimize leakage problems associated therewith. Other structures operate to particularly shape parceled liquid volumes for effecting rapid heat transfers therefrom. Still other structures harness material-philic properties of liquids for further effecting rapid heat transfers and liquid directional control mechanisms. Combinations of the various structural features here noted are also contemplated throughout the following specifications.
1. A liquid container lid assembly for enabling liquid collection and heat transfer from lid-collected liquid prior to liquid egression, the lid assembly comprising:
a lower lid construction, the lower lid construction comprising a rim-receiving groove, an edge-receiving groove, and a liquid-collecting pan portion, the liquid-collecting pan portion comprising at least one liquid-letting aperture, the rim-receiving groove for removably fastening the lower lid construction to an upper container rim of a liquid container, the liquid-collecting pan portion comprising upper portion surfacing; and
an upper lid construction, the upper lid construction being receivable by the lower lid construction and comprising a pan-opposing portion, an outer edge, and a primary liquid outlet, the pan-opposing portion comprising lower portion surfacing, the upper and lower portion surfacing together defining a liquid-receiving cavity when the upper lid construction is received by the lower lid construction, the liquid- receiving cavity for receiving and shaping a liquid volume receivable therein via the at least one liquid-letting aperture;
the upper lid construction being rotatably nestable atop the lower lid construction for enabling a user to rotate the upper lid construction about a lid axis of rotation relative to the lower lid construction for selectively orienting the primary lid outlet in superior adjacency to the at least one liquid-letting aperture, the primary lid outlet being orientable in superior adjacency the lower lid construction for outletting a portion of the liquid volume via the primary liquid outlet;
the outer edge being rotatably received in the edge-receiving groove for rotatably attaching the upper lid construction to the lower lid construction, the edge- receiving groove radially and outwardly engaging a container wall of the liquid container via a wall-engaging ridge for reducing leakage.
2. The liquid container lid assembly of claim 1 wherein the upper and lower portion surfacing are spaced from one another for enabling liquid adherence to both the upper and lower portion surfacing when liquid is received in the liquid-receiving cavity, the liquid adherence for enhancing heat transfer from the liquid volume.
3. The liquid container lid assembly of claim 1 wherein the liquid-collecting pan portion comprises a downwardly extending pan wall, the pan wall and the container wall being spaced from one another for enabling liquid adherence to both the container wall and the pan wall, the liquid adherence for enhancing heat transfer from the liquid.
4. The liquid container lid assembly of claim 1 wherein the upper and lower portion surfacing each comprise surfacing-mimicking contours for similarly and simultaneously shaping the liquid volume upwardly and downwardly.
5. The liquid container lid assembly of claim 1 wherein the upper lid construction comprises a volume-forming portion, the volume-forming portion providing upper portions of the liquid-receiving cavity at the lower portion surfacing, the liquid-receiving cavity being in communication with the primary lid outlet for outletting the portion of the liquid volume from the liquid-receiving cavity.
6. The liquid container lid assembly of claim 1 wherein a select lid construction comprises laterally-opposed, cavity-defining conformation sections, the laterally-opposed, cavity-defining conformation sections conforming to select portion surfacing for eliminating space between the upper and lower lid constructions and directing the liquid volume into the liquid-receiving cavity, the select lid construction being selected from the group consisting of the upper and lower lid constructions and the select portion surfacing being selected from the group consisting of the upper and lower portion surfacing.
7. The liquid container lid assembly of claim 1 wherein the wall-engaging ridge forms a space-defining façade structure, the space-defining façade structure defining an air pocket between the lower lid construction and the container wall for further preventing leakage.
8. A liquid container lid assembly for enabling liquid collection and heat transfer from lid-collected liquid prior to liquid egression, the lid assembly comprising:
a lower lid construction, the lower lid construction comprising an edge-receiving groove and a liquid-collecting pan portion, the liquid-collecting pan portion comprising at least one liquid-letting aperture, the lower lid construction being attachable to an upper container rim of a liquid container, the liquid-collecting pan portion comprising upper portion surfacing; and
an upper lid construction, the upper lid construction being receivable by the lower lid construction and comprising a pan-opposing portion, an outer edge and a primary liquid outlet, the pan-opposing portion comprising lower portion surfacing, the upper and lower portion surfacing together defining a liquid-receiving cavity when the upper lid construction is received by the lower lid construction, the liquid-receiving cavity for receiving and shaping a liquid volume receivable therein via the at least one liquid-letting aperture;
the upper lid construction being rotatably nestable atop the lower lid construction for enabling a user to rotate the upper lid construction about a lid axis of rotation relative to the lower lid construction for selectively orienting the primary lid outlet in superior adjacency to the at least one liquid-letting aperture, the primary lid outlet being orientable in superior adjacency the lower lid construction for outletting a portion of the liquid volume via the primary liquid outlet;
the outer edge being rotatably received in the edge-receiving groove for rotatably attaching the upper lid construction to the lower lid construction, the edge-receiving groove radially and outwardly engaging a container wall of the liquid container via a wall-engaging ridge for reducing leakage.
9. The liquid container lid assembly of claim 8 wherein the upper and lower portion surfacing are spaced from one another for enabling liquid adherence to both the upper and lower portion surfacing when liquid is received in the liquid-receiving cavity, the liquid adherence for enhancing heat transfer from the liquid volume.
10. The liquid container lid assembly of claim 8 wherein the liquid-collecting pan portion comprises a downwardly extending pan wall and the liquid container comprises a container wall, the pan wall and the container wall being spaced from one another for enabling liquid adherence to both the container wall and the pan wall, the liquid adherence for enhancing heat transfer from the liquid.
11. The liquid container lid assembly of claim 8 wherein the upper and lower portion surfacing each comprise surfacing-mimicking contours for similarly and simultaneously shaping the liquid volume upwardly and downwardly.
12. The liquid container lid assembly of claim 8 wherein the upper lid construction comprises a volume-forming portion, the volume-forming portion providing upper portions of the liquid-receiving cavity at the lower portion surfacing, the liquid-receiving cavity being in communication with the primary lid outlet for outletting the portion of the liquid volume from the liquid-receiving cavity.
13. The liquid container lid assembly of claim 8 wherein the upper lid construction comprises laterally-opposed, cavity-defining conformation sections, the laterally-opposed, cavity-defining conformation sections conforming to the upper portion surfacing for eliminating space between the upper and lower lid constructions and directing the liquid volume into the liquid-receiving cavity.
14. The liquid container lid assembly of claim 8 wherein the wall-engaging ridge forms a space-defining façade structure, the space-defining façade structure defining an air pocket between the lower lid construction and the container wall for further preventing leakage.
15. A liquid container lid assembly for enabling liquid collection and heat transfer from lid-collected liquid prior to liquid egression, the lid assembly comprising:
a lower lid formation, the lower lid formation comprising a liquid-collecting pan portion, the liquid-collecting pan portion comprising a downwardly extending pan wall and at least one liquid-letting aperture formed in the downwardly extending pan wall, the lower lid formation being attachable to an upper container rim of a liquid container, the at least one liquid-letting aperture facing a container wall of the liquid container, the liquid-collecting pan portion comprising upper portion surfacing; and
an upper lid formation, the upper lid formation being receivable by the lower lid formation and comprising a pan-opposing portion and a primary liquid outlet, the pan-opposing portion comprising lower portion surfacing, the upper and lower portion surfacing together defining a liquid-receiving cavity when the upper lid formation is received by the lower lid formation, the liquid-receiving cavity for receiving and shaping a liquid volume receivable therein via the at least one liquid-letting aperture, the primary lid outlet being orientable in superior adjacency the lower lid formation for outletting a portion of the liquid volume via the primary liquid outlet
wherein the upper lid formation is rotatably nestable atop the lower lid formation for enabling a user to rotate the upper lid formation about a lid axis of rotation relative to the lower lid formation for selectively orienting the primary lid outlet in superior adjacency to the at least one liquid-letting aperture.
16. The liquid container lid assembly of claim 15 wherein the lower lid formation comprises an edge-receiving groove and the upper lid formation comprises an outer edge, the outer edge being rotatably received in the edge-receiving groove for rotatably attaching the upper lid formation to the lower lid formation, the edge-receiving groove radially and outwardly engaging the container wall via a wall-engaging ridge for reducing leakage.
17. The liquid container lid assembly of claim 16 wherein the wall-engaging ridge forms a space-defining façade structure, the space-defining façade structure defining an air pocket between the lower lid formation and the container wall for further preventing leakage.
18. The liquid container lid assembly of claim 15 wherein the upper lid formation comprises a volume-forming portion, the volume-forming portion providing upper portions of the liquid-receiving cavity at the lower portion surfacing, the liquid-receiving cavity being in communication with the primary lid outlet for outletting the portion of the liquid volume from the liquid-receiving cavity.
19. The liquid container lid assembly of claim 15 wherein the upper lid formation comprises laterally-opposed, cavity-defining conformation sections, the laterally-opposed, cavity-defining conformation sections conforming to the upper portion surfacing for eliminating space between the upper and lower lid formations and directing the liquid volume into the liquid-receiving cavity.