Abstract: A container for dispensing a fluid with no contraction/expansion “glug, glug” effect has a cover forming a sealed top with a pouring spout on top of the cover and at least one elongated handle on top of the cover. The elongated handle extends longitudinally away from the pouring spout and has a distant end coupled to a vacuum manifold formed under the cover as a void space distant from the pouring spout and above fluid within the fluid tight container. A pouring spout has a circular aperture leading into the fluid tight container. The circular aperture has a central axis; the circular aperture is bordered by a peripheral circular sealing surface that extends radially away from the aperture. An air vent opening is positioned on the circular aperture's highest radial central position on the circular sealing surface.

Abstract: A container for liquids such as soft drinks, and the like is provided with a relief bore valve which is formed as a small scribed area at the top of the container. When the ring-pull tab of the container is depressed, it will puncture the scribed area to form the relief bore valve. This will slowly release pressurized carbonation within the container, thereby avoiding the usual explosive release of gas and liquids. Upwardly lifting the ring-pull tab in the reverse direction will then puncture the larger, scribed area for drinking use. Use of the relief bore valve also enables a more uniform, uninterrupted drainage of the liquid while drinking, while still maintaining most of the original carbonation.

Abstract: A defense system which provides turret-like platforms equipped with missiles at various points on an airplane or helicopter. The missiles are recoiless and may be either self-guided or aviator-guided. The number of missiles and type of launch (pylon or tube) provided are considered to be changeable according to the mission, but this invention only addresses the use of multiple rotatable platforms compatible with existing weaponry and technology.