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An apparatus and method for starting an engine having a starter generator for providing a rotational force to a pulley in order to provide the necessary torque to start an engine. The starter generator also receives a rotational force to the pulley wherein the starter generator generates a current w

An apparatus and method for starting an engine having a starter generator for providing a rotational force to a pulley in order to provide the necessary torque to start an engine. The starter generator also receives a rotational force to the pulley wherein the starter generator generates a current when the pulley receives the rotational force. A valve deactivation system reduces the compression in a cylinder of the engine, thereby reducing the torque required to perform a starting sequence of the engine, either permitting this apparatus to be applied to larger engines, lower ambient temperatures, or some combination thereof.

대표청구항 ▼

An apparatus and method for starting an engine having a starter generator for providing a rotational force to a pulley in order to provide the necessary torque to start an engine. The starter generator also receives a rotational force to the pulley wherein the starter generator generates a current w

An apparatus and method for starting an engine having a starter generator for providing a rotational force to a pulley in order to provide the necessary torque to start an engine. The starter generator also receives a rotational force to the pulley wherein the starter generator generates a current when the pulley receives the rotational force. A valve deactivation system reduces the compression in a cylinder of the engine, thereby reducing the torque required to perform a starting sequence of the engine, either permitting this apparatus to be applied to larger engines, lower ambient temperatures, or some combination thereof. nk to support said tank, a circular perforated ceramic flat plate radiant gas burner fitted as a transverse partition in said skirt to provide a combustion zone above said burner and a plenum for gas and air below said burner, said ceramic plate having a diameter substantially equal to the inside diameter of said skirt and having perforations over its entire face except for a narrow rim portion by which it is supported in said skirt, refractory-type insulation surrounding said perforations as lining of said skirt between said rim portion and the bottom end of said tank and exposed to said combustion zone, a venturi tube extending through said skirt into said plenum for the supply of said gas and air thereto, and a pan across the bottom end of said skirt to seal the bottom of said plenum. 2. The improved water heater of claim 1 wherein the perforated ceramic flat plate radiant burner has perforations with a diameter in the range of about 0.076 inch, the total area of said perforations being equal to approximately one-third of the area of the entire face of said burner except for its narrow rim portion by which it is supported.3. The improved water heater of claim 2 wherein the perforated ceramic flat plate radiant burner is formed of a ceramic fiber matrix and has a thickness of about 0.5 inch.4. In a water heater having an upright cylindrical water tank with a flue pipe extending therethrough, a cylindrical metal skirt extending downward from the cylindrical wall of said tank for the support thereof, said skirt having a closed bottom end, and a gas burner positioned within said skirt, the improvement comprising a radiant gas burner in the form of a circular perforated ceramic flat plate fitted in said skirt as a transverse partition spaced from the bottom of said tank to provide a combustion zone and spaced from said closed bottom end of said skirt to provide a plenum for fuel gas and air injected thereinto, said ceramic flat plate having a diameter substantially equal to the inside diameter of said skirt and having perforations over its entire face except for a narrow rim portion by which it is supported in said skirt, refractory-type insulation surround said perforations as lining of said skirt between said rim portion and the bottom end of said tank and exposed to said combustion zone, and a venturi tube extending through said skirt into said plenum for the injection of said fuel gas and air. 5. The improvement of claim 4 wherein the circular perforated ceramic flat plate has perforations with a diameter of about 0.076 inch and the total area of said perforations is equal to approximately one-third of the area of the entire face of said plate except for its narrow rim portion by which it is supported.6. The improvement of claim 4 wherein the circular perforated ceramic flat plate is formed of a ceramic fiber matrix.7. The improvement of claim 6 wherein the circular perforated ceramic flat plate has a thickness of about 0.5 inch and the perforations of said plate having a diameter of about 0.076 inch and a total area equal to approximately one-third of the area of the entire face of said plate except for its narrow rim portion by which it is supported.