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    • 1. 发明授权
    • Gas turbine with a plurality of burners and a fuel distribution system, and a method for balancing a fuel distribution system
    • 具有多个燃烧器和燃料分配系统的燃气轮机,以及用于平衡燃料分配系统的方法
    • US06293105B1
    • 2001-09-25
    • US09339945
    • 1999-06-25
    • Ola ClaessonJaan HellatWerner KesslerFrank ReissWilfried StrittmatterStefan Tschirren
    • Ola ClaessonJaan HellatWerner KesslerFrank ReissWilfried StrittmatterStefan Tschirren
    • F02C100
    • F02C7/228
    • In a gas turbine (10) with a plurality of individual burners (B1, . . . , B6; Bn) which are connected to a fuel distribution system (21) and are supplied with fuel from a common fuel feed (28) via the fuel distribution system (21), there being provided, within the fuel distribution system (21), means by which the fuel mass flows to the individual burners (B1, . . . , B6; Bn) can be varied in order to improve the operating parameters of the gas turbine (10), an improvement in the operating parameters is achieved in a simple way in that a fixed throttle member, determining the fuel mass flow to at least one of the burners (B1, . . . , B6; Bn), is arranged in the fuel distribution system (21) upstream of the at least one burner, and in that the reduction in cross section of the throttle member is selected in such a way that existing inequalities in the fuel distribution system (21) as regards the fuel mass flows to the individual burners (B1, . . . , B6; Bn) are reduced.
    • 在具有多个单独燃烧器(B1,...,B6; Bn)的燃气涡轮机(10)中,燃气轮机连接到燃料分配系统(21)并经由燃料分配系统 燃料分配系统(21)中,在燃料分配系统(21)内设置有可以改变燃料质量流向单个燃烧器(B1,...,B6; Bn)的装置,以改善燃料分配系统 燃气轮机(10)的操作参数,以简单的方式实现操作参数的改进,即固定节气门构件确定燃料质量流到至少一个燃烧器(B1,...,B6; Bn)布置在燃料分配系统(21)中的至少一个燃烧器的上游,并且节流构件的横截面的减小被选择为使得燃料分配系统(21)中存在的不等式 关于单个燃烧器(B1,...,B6; Bn)的燃料质量流量减少。
    • 2. 发明授权
    • Method for cooling a component and appliance for carrying out the method
    • 用于冷却部件和器具进行该方法的方法
    • US5581994A
    • 1996-12-10
    • US290129
    • 1994-08-15
    • Frank ReissStefan Tschirren
    • Frank ReissStefan Tschirren
    • F01D5/18F01D9/02F01D25/12F02C7/18F23R3/00F23R3/02
    • F01D25/12F01D9/023F23R3/002F05D2260/201
    • In a method for cooling a thermally loaded component (1) with a plate-type outer wall (2), in which method cooling air is supplied, in a first cooling section (A) of the component (1), through a cooling air supply (5) in the direction towards the outer wall (2) and is deflected laterally before the outer wall (2) and in a second cooling section (B) is further guided parallel to the outer wall (2) in a laterally adjoining cooling air duct (3) for the purpose of further cooling, homogenization of the cooling is achieved wherein, in order to reduce the impingement cooling in the first cooling section (A), the cooling airflow coming from the cooling airsupply (5) is subdivided into a main flow and a by-pass flow, the main flow is guided directly along the outer wall (2) of the component (1) to the cooling air duct (3), the by-pass flow is guided to the cooling air duct (3) without contacting the outer wall (2) and both partial flows are recombined at the inlet to the cooling air duct (3).
    • 在通过冷却空气(1)的第一冷却部分(A)中冷却空气的板式外壁(2)冷却热负荷部件(1)的方法中, 在朝向外壁(2)的方向上供应(5)并且在外壁(2)之前横向偏转,并且在第二冷却部分(B)中以横向相邻的冷却方式进一步平行于外壁(2)引导 为了进一步冷却,实现冷却均质化,为了减少第一冷却部分(A)中的冲击冷却,将来自冷却空气供应(5)的冷却气流细分为 主流和旁通流,主流直接沿着部件(1)的外壁(2)引导到冷却空气管道(3),旁路流被引导到冷却风道 (3),而不接触外壁(2),并且两个部分流在入口处与冷却风道(3)重新组合。
    • 7. 发明申请
    • COMBUSTION CHAMBER OF A COMBUSTION SYSTEM
    • 燃烧系统的燃烧室
    • US20090202956A1
    • 2009-08-13
    • US12367997
    • 2009-02-09
    • Stefan TschirrenDaniel BurriAndreas AbdonChristian Steinbach
    • Stefan TschirrenDaniel BurriAndreas AbdonChristian Steinbach
    • F23D11/44
    • F23R3/002F23M5/00
    • A combustion chamber of a combustion system has a combustion space, a support structure, a support element, and a heat shield. The heat shield has at least two segments, and each segment includes a liner element facing the combustion space and has an edge region, a gap communicating with the combustion space being formed between edge regions of adjacent segments, and a retaining device. The retaining device fixes the respective liner element on the support structure via the support element and forms a flange region that fits over the edge region of the respective liner element. The retaining device forms a first cooling passage with the support element and has at least one through-opening in the flange region. A cooling gas flows through the through.opening from the first cooling passage to the edge region.
    • 燃烧系统的燃烧室具有燃烧空间,支撑结构,支撑元件和隔热罩。 隔热罩具有至少两个区段,并且每个区段包括面向燃烧空间的衬垫元件,并且具有边缘区域,与相邻区段的边缘区域之间形成的与燃烧空间连通的间隙以及保持装置。 保持装置通过支撑元件将相应的衬垫元件固定在支撑结构上,并形成配合在相应衬套元件的边缘区域上的凸缘区域。 保持装置与支撑元件形成第一冷却通道并且在凸缘区域中具有至少一个通孔。 冷却气体从第一冷却通道流过边缘区域。