초록

A kit including a plurality of separate and distinct identically sized phase change material-containing panels shaped as a frustum of a right pyramid, a method of assembling a thermal insulating enclosure from such panels and the resultant assembled thermal insulting enclosure.

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1. A thermal control kit comprising: (a) an outer shell;(b) a plurality of thermal insulating panels; and(c) a plurality of phase change material-containing panels;(d) wherein (i) the outer shell has a base and at least four sidewalls that define a volume, (ii) each and every thermal insulating pane

1. A thermal control kit comprising: (a) an outer shell;(b) a plurality of thermal insulating panels; and(c) a plurality of phase change material-containing panels;(d) wherein (i) the outer shell has a base and at least four sidewalls that define a volume, (ii) each and every thermal insulating panel is shaped as a rectangular cuboid, (iii) the plurality of thermal insulating panels are configured and arranged to form an insulated enclosure having a base and at least four sidewalls within the volume of the outer shell with each and every of the plurality of thermal insulating panels abutting more than two other of the plurality of thermal insulating panels at first interfaces, (iv) each and every phase change material-containing panel is shaped as a frustum of a right pyramid, (v) the plurality of phase change material-containing panels are configured and arranged to form an interior payload retention chamber having a base and at least four sidewalls meeting at corners within the insulated enclosure with each and every of the plurality of phase change material-containing panels physically interfacing with more than two other of the plurality of phase change material-containing panels at second interfaces; and (vi) the first and second interfaces forming a tortuous path for heat transfer between the outer shell and the interior payload retention chamber at each and every corner of the interior payload retention chamber. 2. The thermal control kit of claim 1 wherein the kit includes at least six separate and distinct identically sized phase change material-containing panels having a square base. 3. The thermal control kit of claim 1 wherein each phase change material-containing panel has a bottom surface, a top surface and side surfaces, and wherein the side surfaces join the bottom surface at a 45° angle. 4. A method of assembling a thermal control enclosure, comprising the steps of: (a) obtaining a thermal control kit in accordance with claim 1;(b) thermally conditioning the plurality of phase change material-containing panels;(c) placing the thermal insulating panels within the outer shell with each and every thermal insulating panel abutting at least two other thermal insulating panels at first interfaces to define a thermal controlled interior volume defining a top, a bottom and at least four sides; and(d) placing the thermally conditioned phase-change material-containing panels within the thermal controlled interior volume with each and every phase-change material containing panel abutting at least two other phase-change material containing panels at second interfaces to define a thermal controlled interior payload retention chamber defining a top, a bottom and at least four sides;(e) whereby the first and second interfaces form a tortuous path for heat transfer between the outer shell and the interior payload retention chamber at each and every corner of the interior payload retention chamber. 5. A thermal control shipping container, comprising: (a) an outer shell;(b) a plurality of phase change material-containing panels arranged within the outer shell; and(c) a plurality of thermal insulating panels arranged within the outer shell, between the outer shell and the plurality of phase change material-containing panels;(d) wherein (i) each and every thermal insulating panel is shaped as a rectangular cuboid, (ii) each and every of the plurality of thermal insulating panels abutting adjacent thermal insulating panels at first interfaces, (iii) each and every phase change material-containing panel is shaped as a frustum of a right pyramid, (iv) each and every of the plurality of phase change material-containing panels physically interfacing with adjacent phase change material-containing panels at second interfaces to form a thermal enclosure having an interior chamber for receiving an article to be shipped, and (v) the first and second interfaces forming a tortuous path for heat transfer between the outer shell and the interior chamber at each and every corner of the interior chamber. 6. The thermal control shipping container of claim 5, comprising at least four separate and distinct identically sized phase change material-containing panels. 7. The thermal control shipping container of claim 5 wherein the thermal insulation panels are at least four separately formed vacuum insulated panels. 8. The thermal control shipping container of claim 5 wherein each phase-change material-containing panel has a bottom surface, a top surface and side surfaces, and wherein the side surfaces join the bottom surface at a 45° angle. 9. The thermal control shipping container of claim 5 wherein the thermal insulation panels are vacuum insulated panels. 10. The thermal control shipping container of claim 5 wherein the plurality of phase change material-containing panels abut each other at the second interfaces, and paired first and second interfaces occur proximate and extend alongside each corner of the thermal enclosure with a plane defined by each first interface extending at an oblique angle relative to a plane defined by the paired second interface. 11. The thermal control shipping container of claim 5 wherein (i) the outer shell defines corners, (ii) the plurality of phase change material-containing panels abut each other at the second interfaces, (iii) a pair of first and second interfaces occurs proximate and extends alongside each corner of the outer shell, (iv) a plane defined by each first interface is offset from the associated corner, and (v) a plane defined by each second interface encompasses the associated corner. 12. The thermal control shipping container of claim 5 wherein each thermal insulating panel is a planar panel, and superimposed upon a phase change material-containing panel whereby an internal-facing major surface of each thermal insulating panel abuts an external-facing major surface of each phase change material-containing panel. 13. The thermal control shipping container of claim 5, wherein each and every of the plurality of phase change material-containing panels physically interfaces with more than two other of the plurality of phase change material-containing panels at the second interfaces to form the thermal enclosure. 14. The thermal control shipping container of claim 5, wherein each and every phase change material-containing panel is shaped as a four-sided frustum of a right pyramid having four side surfaces, with at least three of the four side surfaces of each and every phase change material-containing panel physically interfacing at the second interfaces with another of the phase change material-containing panels of the plurality of phase change material-containing panels. 15. A thermal control shipping container comprising: (a) an outer shell;(b) a plurality of phase change material-containing panels arranged within the outer shell; and(c) a plurality of thermal insulating panels arranged within the outer shell, between the outer shell and the plurality of phase change material-containing panels;(d) each phase change material-containing panel having a primary surface facing a respective one of the thermal insulating panels, each phase change material-containing panel having a plurality of beveled edge surfaces, the plurality of phase change material-containing panels being arranged with the beveled edge surfaces of each phase change material-containing panel engaging the beveled edge surfaces of at least three adjacent phase change material-containing panels at an interface, to form an enclosure having an interior chamber for receiving an article to be shipped, where each beveled edge surface interface extends along a plane that is at an oblique angled relative to the primary surfaces of the adjacent phase change material-containing panels that engage at the interface; and(e) each thermal insulating panel having a primary surface facing a respective one of the phase change material-containing panels, each thermal insulating panel having a plurality of engagement surfaces, the plurality of thermal insulating panels being arranged adjacent each other within the outer shell, with the engagement surfaces of each thermal insulating panel engaging at least three adjacent thermal insulating panels at an interface, the interface of engagement surfaces of the adjacent thermal insulating panels extending along a plane that is perpendicular to the primary surface of at least one of the adjacent thermal insulating panels that engage at the interface.