The invention relates to a cooling device 1, in particular a freezer 2, having a cooling circuit 3, wherein the cooling circuit 3 has a compressor 4, at least one evaporator 5, and a condenser 44, and a closable cooling space 6 with a plurality of cooling space sidewalls 7, a cooling space base 8, at least one cooling element 9, and an insulation vessel 10. In the cooling device 1 the evaporator 5 and the cooling element 9 are disposed within the cooling space 6 such that the back of the cooling element 11 at least partially abuts on the evaporator 5 and the front of the cooling element 12 faces the insulation vessel 10, and the insulation vessel 10 is closed at least towards the at least one cooling element 9 and forms a space for cooling goods 13. The back of the cooling element 11 abutting the evaporator 5 has at least one recess 14 into which at least one removable cold accumulator 15 can be inserted. Preferably in the region of the downwardly facing end 16 of the insulation vessel 10 at least one heating element 17 and at least one storage element 18 are arranged.

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 teething device can include a base having a handle, and a coupling on an opposite end. The base and coupling can be formed from a first material having a first hardness. A reservoir may be configured to contain a liquid therein. The reservoir may be coupled and sealed to the base coupling and configured to provide a watertight seal. The reservoir can have at least one self-sealing aperture. The self-sealing aperture can have a default position wherein the self-sealing aperture is configured to be substantially closed to essentially prevent the liquid from flowing therethrough, and a flexed position wherein the self-sealing aperture is configured to be opened to allow the liquid to flow therethrough. In addition, the reservoir can be formed from a second material having a second hardness that is softer than the first hardness, such that the reservoir is configured to be used as a teething device.

An infant intraoral device can include an intraoral portion and a sensory material carried by the intraoral portion. The intraoral portion may be formed of a biocompatible and food-safe polymeric material, with the intraoral portion being shaped and configured to sooth an infant upon one of sucking and chewing on the intraoral portion. The secondary sensory material can have one or more of a flavor or a scent associated therewith.

The present disclosure provides for a multi-purpose teething device safe for use by both caregivers and teething children. The multi-purpose teething device includes a body and an extension. A teething child can hold the body while chewing or biting on any part of the device. A caregiver can insert their finger into the extension and massage or rub the teething child's gums to relieve a child's teething associated pain inflammation. In this way, the teething device is a multi-purpose device.

A teething device can include a base having a handle, and a coupling on an opposite end. The base and coupling can be formed from a first material having a first hardness. A reservoir may be configured to contain a liquid therein. The reservoir may be coupled and sealed to the base coupling and configured to provide a watertight seal. The reservoir can have at least one self-sealing aperture. The self-sealing aperture can have a default position wherein the self-sealing aperture is configured to be substantially closed to essentially prevent the liquid from flowing therethrough, and a flexed position wherein the self-sealing aperture is configured to be opened to allow the liquid to flow therethrough. In addition, the reservoir can be formed from a second material having a second hardness that is softer than the first hardness.

The present invention relates to an insulin bottle insulator and protection device. The device is comprised of a body, an interior space, and a cooling element. The device is further comprised of a lid that keeps the cold air in the device. The interior space is further comprised of an interior protection sleeve that protects the insulin bottle from breaks and cracks if dropped. The device further allows the user to be able to transport their insulin bottles without the risk of being broken or becoming unusable because they become too warm.

An infant intraoral device can include an intraoral portion and a sensory material carried by the intraoral portion. The intraoral portion may be formed of a biocompatible and food-safe polymeric material, with the intraoral portion being shaped and configured to sooth an infant upon one of sucking and chewing on the intraoral portion. The secondary sensory material can have one or more of a flavor or a scent associated therewith.

A portable temperature-stable storage device for at least one object, the portable temperature-stable storage device comprising: a primary chamber (100) configured to store the at least one object; a secondary chamber (120) comprising: a first barrier (121) configured to, in an open configuration, provide access from external surroundings of the portable temperature-stable storage device to inside the secondary chamber and, in a closed configuration, prevent access from external surroundings of the portable temperature-stable storage device to inside the secondary chamber, and a second barrier (122) configured to, in an open configuration, provide access from the secondary chamber to the primary chamber and, in a closed configuration, prevent access from the secondary chamber to the primary chamber; and wherein the second barrier is adjustable between the open configuration and the closed configuration whilst the first barrier is in the closed configuration.

A medical fluid storage and transportation enclosure can include a housing, a chamber, an exhaust duct, an inlet duct, and a valve. The housing can include walls defining a cavity, where the cavity can be configured to receive a medical product therein. The chamber can be adjacent to the cavity and can be configured to exchange heat with the cavity. The valve can be located in the inlet duct, where the valve can be movable in response to an air.