초록 ▼

A stem member for a gas turbine fuel nozzle includes inlet and outlet ends which are respectively adapted to be connected to a fuel adapter which is coupled to a fuel injector and a tip assembly having at least one spray orifice for atomizing fuel into a combustion chamber. The stem member further i

A stem member for a gas turbine fuel nozzle includes inlet and outlet ends which are respectively adapted to be connected to a fuel adapter which is coupled to a fuel injector and a tip assembly having at least one spray orifice for atomizing fuel into a combustion chamber. The stem member further includes at least one slot which is sealed throughout the length thereof by a slot cover so as to define at least one fuel conduit for directing fuel flow from the inlet end to the outlet end of the stem member. An outer shield can be disposed outwardly of the stem member to protect and limit the transfer of heat from the surroundings to the stem member.

대표청구항 ▼

[ We claim:] [1.] In a gas turbine fuel nozzle comprising a stem member having inlet and outlet ends respectively coupled in flow communication with a fuel adaptor and a spray tip assembly, the improvement in combination therewith comprising a solid one piece of material forming said stem member and

[ We claim:] [1.] In a gas turbine fuel nozzle comprising a stem member having inlet and outlet ends respectively coupled in flow communication with a fuel adaptor and a spray tip assembly, the improvement in combination therewith comprising a solid one piece of material forming said stem member and extending continuously from said fuel adaptor to said spray tip assembly, slot means defined in a peripheral surface of said solid one piece of material and extending along a portion of a length thereof comprised between the inlet and outlet ends, said slot means being sealed throughout the length thereof by cover means so as to define at least one fuel conduit for directing fuel flow from said fuel adaptor to said spray tip assembly which are respectively mounted to said inlet and outlet ends defined at opposed end portions of said solid one piece of material.