A cosmetic-product packaging, wherein the cosmetic-product packaging includes: an outer container, and a lid that is pivotally coupled to the outer container, wherein the outer container and the lid are provided with a first stud and a second stud respectively, wherein the studs are provided with respective flanges that are accessible externally to the cosmetic-product packaging, wherein a flexible cord is attached to at least one of the first and second studs and is wrappable under one or more flanges of the studs; an inner container that is mountable within the outer container, wherein, in operation, the inner container accommodates at least one cosmetics product, and the inner container is accommodated within the outer container; and the inner container is user-accessible when the lid is in an open position, wherein the cord is unwrapped.

A dispensing box holder includes a base, a plurality of walls, and a retainer member. Each of the plurality of walls extends from the base. A dispensing opening is defined in at least one of the walls. The retainer member is removably received on the base. A box receiving area is defined by the base, the plurality of walls, and the retainer member. The retainer member defines two sides of the box receiving area.

A medical device package includes: a medical device container including a nest which holds a plurality of medical devices (syringes) to be filled with medicine to be aligned in a predetermined direction, a medical device container main body which accommodates the nest, and a sheet-shaped first sealing member which seals the medical device container main body; and a storage container for packing with an outer peripheral surface of the medical device container maintained in a sterile state. The storage container is formed of a storage container main body accommodating the medical device container and having a shape-retaining property, and seals a transfer opening at an upper end of the storage container main body with a sheet-shaped second sealing member having an antibacterial property and air permeability.

A system, apparatus, and method of storing food including a storage container having a base; a resilient liner nesting in the base, and a lid that interlockingly engages with the liner and/or base to close off access to foodstuffs retained in a compartment defined by the liner. A valve assembly in the lid is actuated by a pump to evacuate air from the liner's compartment and create a vacuum or near-vacuum condition therein. Apertures defined in the wall of the base allow air to flow into a compartment of the base as the resilient liner shrinks around the food. The closed storage container may be placed in a freezer to freeze the food therein. For defrosting, the base of the closed storage container is placed in a volume of water, some of which flows through the apertures in the base's wall and comes into direct contact with the liner.

A dispensing box holder includes a base, a plurality of walls, and a retainer member. Each of the plurality of walls extends from the base. A dispensing opening is defined in at least one of the walls. The retainer member is removably received on the base. A box receiving area is defined by the base, the plurality of walls, and the retainer member. The retainer member defines two sides of the box receiving area.

A system for holding a plurality of vials of a fluid that consists of a biological substance for the purpose of maintaining a predetermined temperature of the biological substance over a predetermined period of time. The system includes a two piece carrier in combination with a one piece vial rack supported by the two piece carrier. The one piece vial rack has a plurality of vial passages each for accommodating an elongated vial that contains the biological substance.

A container for delivering ingredients of a meal kit to a consumer. The container comprises a main container and one or more cups removably locatable within the main container. The one or more cups may vary in size and shape. Various combinations of cups of different sizes and shapes can be located in the main container. In spite of the various sizes and shapes of cups that may be located in the main container, a lid may be provided that seals the main container and each of the one or more cups that are located within the main container for different selections and arrangements of the cups. In some embodiments, each of the one or more cups is supported above a base surface of the main container to create a space between the one or more cups and the base surface of the main container.

A rotary bottle with replaceable inner container, which comprises an outer bottle, an inner container and a rotating device, an inner cover is installed above the inner container, a clamping point protruding outwards is provided in a outer wall position of the inner container, and is correspondingly clamped in a groove at an inner wall of the outer bottle; a screw is provide in the inner position of the inner container, an upper clamping ring connected with the inner container is provide in a position, close to a circumferential edge, of an upper surface of a bottom of the screw. The inner container of this invention can be removed after use with a reusing function of a outer bottle remained, so as to reduce pollution to the environment, optimize a structure of the product, and reduce loss in a component.

The present invention relates to a shipping container for mitigating external fire risks. The shipping container is configured for shipping lithium ion batteries with a cargo cavity proximate and interior to a second inner flame-retardant corrugated layer. The second inner flame-retardant corrugated layer is proximate and interior to an inner thermal paste panel. The inner thermal paste panel is proximate and interior to a dead air space panel. The dead air space panel is proximate and interior to a first inner flame-retardant corrugated layer. The first inner flame-retardant corrugated layer is proximate and interior to an outer thermal paste panel. The outer thermal paste panel is proximate and interior to a flame-retardant corrugated carton. The thermal paste panels preferably comprise aluminum flashing containing a mesh matrix for holding flowable thermal paste. The shipping container is lidded by a fitted cap above an air cap above a vacuum plenum cap.

A refillable container includes: an inner container (5); an accommodation member (7) configured to accommodate the inner container; a lid member configured to close the accommodation member; a taking-out part (9) configured to take out the content contained in the inner container accommodated in the accommodation member; and an inner-container restraint part (59), which is provided between the lid member and the inner container, is configured to restrain the lid member and the inner container so as to prevent the inner container from falling from an opening portion of the lid member, when the lid member is removed from the accommodation member. Also, the inner-container restraint part is configured to release the restraint between the lid member and the inner container when the inner container in which the content has been exhausted is pulled from the opening portion of the lid member in a pull-out direction.