Passive temperature controlled container
The disclosed technology includes a passive temperature controlled container for passively maintaining a specified temperature range in a storage chamber of the container for a predetermined amount of time. The passive temperature controlled container may be configured to have an inner PCM layer and an outer PCM layer, with an air chamber layer between the two PCM layers to allow for the free movement of air around all six sides of the container.
1. A container comprising:
a top wall assembly;
a plurality of side wall assemblies, each side wall assembly being detachably attachable to the top wall assembly, each side wall assembly configured to align with one or more adjacent side wall assemblies to form a cuboid shape, each side wall assembly comprising:
a center piece having at least one horizontal channel for allowing air to flow horizontally across the side wall assembly, wherein the at least one horizontal channel of each center piece of each side wall assembly is configured to align with a horizontal channel of an adjacent center piece of a corresponding side wall assembly to allow air to flow between adjacent side wall assemblies when the container is assembled; and
a base wall assembly, detachably attachable to the plurality of side wall assemblies.
2. The container of claim 1 , the top wall assembly comprising:
at least one slot for receiving an inner refrigerant container;
a tray portion configured to receive an outer refrigerant container; and
a plurality of recessed portions positioned around the perimeter of the tray portion, the recessed portions configured to allow air to flow downwards into one or more vertical air chambers of side wall assemblies of the container.
3. The container of claim 1 , each center piece further comprising an inner face and an outer face and each side wall assembly further comprising:
a front panel configured to cover the inner face; and
a back panel configured to cover the outer face.
4. The container of claim 3 , each side wall assembly further comprising:
at least one inner slot for receiving an inner refrigerant container, the inner slot being disposed between the inner face of the center piece and the front panel; and
at least one vertical chamber, the vertical chamber being disposed between the outer face of the center piece and the back panel, the vertical chamber comprising at least one outer slot for receiving an outer refrigerant container and at least one vertical channel for allowing air to flow vertically down the side wall assembly.
5. The container of claim 4 , wherein the at least one outer slot is disposed between the back panel, the outer face of one or more vertical spacers and is further disposed between two vertical dividers.
6. The container of claim 5 , wherein the at least one vertical channel is disposed between the outer face of the centerpiece and a face of an outer refrigerant container.
7. The container of claim 6 , wherein the at least one horizontal channel is disposed between the outer face of the center piece and a portion of the surfaces of one or more outer refrigerant containers.
8. The container of claim 7 , wherein the at least one vertical chamber is aligned with one of the recessed portions of the tray portion to allow air flow between the top wall assembly and a side wall assembly.
9. The container of claim 1 , the base wall assembly comprising:
at least one slot for receiving an inner refrigerant container; and
a base air chamber connected to one or more vertical channels of the side wall assemblies and configured to allow air to flow substantially across the bottom of the container.