Abstract: A vacuum insulated carafe having high flow characteristics is taught, which includes a double wall metallic body (22) with the air evacuated from the space between the walls forming an insulating layer. The body has a top (26) and a bottom (28) with a base (30) attached to the bottom for resting the carafe on a flat surface. A mounting ring (34) is connected to the top of the body and includes a outside surface (36) and a central opening (38), with the outside surface having a pouring spout (40) and a handle (50). An interfacing gasket (54) seals the mounting ring to the body and a stopper (58), having a cap (70), an inner cup (60) and an outer ring (62) containing external male threads, and a plurality of integral ribs (68) connect the cup to the ring while forming a void (68) between the ribs. A liquid sealing gasket (72) is disposed between the stopper and the mounting ring.

Abstract: A liquid storage vessel stopper, having interchangeable plugs is taught, that utilizes a stopper body (20) with an inner shell (22) affixed to an outer shell (24). The inner shell is configured to communicate with a liquid storage vessel interior, and the outer shell is profiled to be threadably attached to the vessels outside surface. An interchangeable stopper plug is either a twist to pour plug or a push to pour plug type. The former has a main core (32) smaller than the inner shell, and incorporates a lid (36) creating a dead air space within forming an insulating barrier. When the main core is manually rotated at least a quarter of a turn, the plug is unseated and a flow path is opened between the core and the inner shell permitting liquid contents to be poured from the vessel.

Abstract: A liquid storage vessel stopper, having interchangeable plugs is taught, that utilizes a stopper body (20) with an inner shell (22) affixed to an outer shell (24). The inner shell is configured to communicate with a liquid storage vessel interior, and the outer shell is profiled to be threadably attached to the vessels outside surface. An interchangeable stopper plug is either a twist to pour plug or a push to pour plug type. The former has a main core (32) smaller than the inner shell, and incorporates a lid (36) creating a dead air space within forming an insulating barrier. When the main core is manually rotated at least a quarter of a turn, the plug is unseated and a flow path is opened between the core and the inner shell permitting liquid contents to be poured from the vessel.

Abstract: A vacuum insulated carafe having high flow characteristics is taught, which includes a double wall metallic body (22) with the air evacuated from the space between the walls forming an insulating layer. The body has a top (26) and a bottom (28) with a base (30) attached to the bottom for resting the carafe on a flat surface. A mounting ring (34) is connected to the top of the body and includes a outside surface (36) and a central opening (38), with the outside surface having a pouring spout (40) and a handle (50). An interfacing gasket (54) seals the mounting ring to the body and a stopper (58), having a cap (70), an inner cup (60) and an outer ring (62) containing external male threads, and a plurality of integral ribs (68) connect the cup to the ring while forming a void (68) between the ribs. A liquid sealing gasket (72) is disposed between the stopper and the mounting ring.