A container for tracking the temperature of a temperature-sensitive medication includes an inner chamber configured to receive a dosage of medication, a thermal material encasing the inner chamber, an outer housing configured to retain the inner chamber and the thermal material, and a sensor within the inner chamber configured to communicate to a PCA board, powered by a battery. The container can also include a vacuum insulation jacket between the thermal material and the outer housing so as to further insulate the inner chamber.

Disclosed is an apparatus for the follow-up treatment, in particular cooling, of container products, which are produced by means of a blow-moulding, filling and closing process, and which can be fed to a follow-up treatment zone, which has an influencing effect, in particular a cooling effect, on the respective container product. The container products enter the follow-up treatment zone singly separate from one another or together in individual groups separate from one another comprising multiple container products. The follow up treatment zone is provided with at least one control means, acting on the container products and determining the time for which they stay in the follow-up treatment zone.

A case for transporting a substance such as a messenger RNA vaccine, including a container, a damping material contained in the container and a storage structure immersed in the damping product, the storage structure forming cavities for receiving syringes containing said substance.

An apparatus, comprising an environmental control element configured to control at least one environmental condition of a substance contained within a chamber, the environmental control element includes a thermal insulator configured to provide a thermal shield to the substance and a phase change material (PCM) configured to thermally regulate at least one environmental condition. The environmental control element is configured to control the environmental condition without use of an external power source, thereby allowing the apparatus to be thermally self-recharging.

A vessel includes an inner container, an outer container, a connector, a cap, and a lid. The outer container includes a first coupler and an outer chamber. The inner container includes a second coupler and an inner chamber to hold a liquid. The inner container is receivable at least partially within the outer chamber. The connector includes a third coupler that is complementary to the first coupler, and a fourth coupler that is complementary to the second coupler. When both the first coupler is engaged with the third coupler and the second coupler is engaged with the fourth coupler, the outer chamber is entirely enclosed within a liquid-proof barrier.

A vacuum flask including an outer shell, a cage removably coupled with the outer shell, and a bottom cover coupled to the cage. The bottom cover and outer shell enclose the internal cage when the cage is coupled with the outer shell. The cage is configured to receive a vessel for holding a liquid, an infant bottle, or one or more milk bags. In some examples, the vacuum flask may be used to store, one of a vessel (e.g., container) specified for storing a liquid, an infant bottle, or milk storage bags.

Methods and systems for handling and dispensing fluid are disclosed herein. In some embodiments, a method includes dispensing fluid into an inner chamber and inserting the inner container into an outer chamber of an outer container. The method can include dispensing a coolant into the outer chamber of the outer container and coupling an outer container coupler of the outer container to a first coupler of a connector such that the connector defines a gap between the inner container and the outer container. The method can include coupling a second coupler of the connector to a lid coupler of a lid, wherein the lid coupler has the same thread pitch as the inward-facing threads of the outer container coupler of the outer container. The method can include cooling the fluid to a chilled storage temperature and dispensing the fluid out of the inner chamber.

A cylindrical container for holding one or more articles, such as blood bags. The cylindrical container may hold multiple curved article containers comprising the one or more articles arranged in a circle. The cylindrical holding container may embody a carousel shape for easy access to the curved article containers. The ends of the multiple curved article containers may overlap each other to nest into the cylindrical holding container. The cylindrical holding containers may be stackable. The cylindrical holding container may be placed in a cryogenic shipper or dewar, to secure and stabilize the articles within during transport.

A portable insulin cooler case includes a front cover and rear cover connected by a hinge forming an enclosure, and a closure mechanism positioned around perimeter edges providing secure sealing capabilities. The portable insulin cooler case includes a housing positioned on the front cover containing a display screen configured to display temperature information. The housing encompasses three buttons functioning as ON/OFF control, alarm control, and High/Low temperature recording control respectively. The portable insulin cooler case includes a first indented section formed within the front cover configured to receive a cooling device, and a thermometer positioned within the first indented section configured to monitor internal temperature. The first indented section includes elastic bands configured to secure insulin injection pens or insulin containers. The portable insulin cooler case includes a pocket formed between the front cover and rear cover configured to store diabetic accessories.