Abstract: The present invention involves a pipe flange internally fitted with a lining. The pipe flange has a face with an annular groove extending outward from the inside surface along at least a portion of the face. The groove may be tapered becoming deeper as it travels outward from the inside surface. The lining extrudes into the annular groove partially filling the groove and protruding beyond the face of the flange. The unfilled portion of the annular groove forms an expansion cavity into which the lining can extend when the lining is mated to another object using compressive force. The present invention also provides a pipe flange connection where the face of the internally lined pipe flange is mated to another object using compressive force. The present invention also provides a method of applying an elastomeric lining inside a pipe flange. The method involves affixing a mold to the face of a flange having an annular groove.

Abstract: A container used for transporting dry bulk product which can be loaded and unloaded using a pneumatic mechanism and without need for tipping the container, comprising a plurality of hoppers, an external frame, a unique method of connecting the hoppers to the frame using skirt rings at the ends of the frame and side panels secured to the hoppers and to the end pieces of the external frame and extending the length of the container to provide sufficient strength to the container.

Abstract: A self-contained, hermetic module for the transport of hazardous fluids such as space craft fuels. The module includes a base and a removable cover hermetically sealed to the base. The combination of the base and the cover define an enclosure. Located within this enclosure are a pressurized gas cylinder, a fuel tank and an evacuated vessel. An inert gas contained within the pressurized vessel expels a fuel contained in the fuel tank to fill the space craft. The evacuated vessel purges all lines and conduits to prevent hazardous fluids from escaping to the environment.

Abstract: A container used for transporting dry bulk product which can be loaded and unloaded using a pneumatic mechanism and without need for tipping the container, comprising a plurality of hoppers and an external frame. A unique method of connecting the hoppers to the frame is discussed using skirt rings at the ends of the frame and side panels secured to the hoppers and to the end pieces of the external frame and extending the length of the container to provide sufficient strength to the container.

Abstract: A container used for transporting dry bulk product which can be loaded and unloaded using a pneumatic mechanism and without need for tipping the container, comprising a plurality of hoppers and an external frame. A unique method of connecting the hoppers to the frame is disclosed using skirt rings at the ends of the frame and side panels secured to the hoppers and to the end pieces of the external frame and extending the length of the container to provide sufficient strength to the container.

Abstract: A container used for transporting dry bulk product which can be loaded and unloaded using a pneumatic mechanism and without need for tipping the container, comprising a plurality of hoppers, an external frame, a unique method of connecting the hoppers to the frame using skirt rings at the ends of the frame and side sills, and internal stiffeners between the hoppers, all of which act to provide sufficient strength to the container.