Abstract: A fuel impurity separation device includes a cylindrical body extending into a fuel can. The separation device includes a screen and a filter. The screen is located at one end of the cylindrical body that extends into a fuel storage cavity defined by sidewalls of the fuel can to prevent large impurities from contacting the filter and slowing down fuel flow as it is poured from the fuel can. The filter prevents smaller impurities from entering into a engine fuel system. The unique size and shape of the body of the separator also removes water and condensation from the fuel as it is poured from the fuel can to assure that only clean fuel is passed from the fuel can into a fuel system.

Abstract: A disposable aseptic cassette control device, for controlled dispensing and heating of flowable and semi-flowable materials includes a base, having a top portion, a bottom portion, a back portion, and a front portion. The base has a container portion, and power receiving mechanism for receiving power from a power source. A plurality of aseptic cassettes are operably mounted and positioned in the base and include a dispensing mechanism for dispensing flowable or semi-flowable material. Controls for turning the heating and dispensing device on and off, and for controlling the temperature and pressure within the plurality of aseptic cassettes are positioned on the base.

Abstract: A reusable pouring cap for a container capable of receiving potable liquids for human consumption. The cap comprises a cap body having threads for retaining it onto the container and the cap body further comprises an integral upright passageway defining a pouring opening. The cap also comprises a valve for maintaining the passageway closed to prevent discharge of a liquid contained in the container through the pouring opening, an actuated shutter for covering the pouring opening and a single actuator responsive to finger pressure for moving the valve and the shutter.