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    • 2. 发明申请
    • Premix burner with a swirl generator delimiting a conical swirl space and having sensor monitoring
    • 具有涡流发生器的预混合燃烧器限定圆锥形漩涡空间并具有传感器监测功能
    • US20070059655A1
    • 2007-03-15
    • US11502468
    • 2006-08-11
    • Philipp BrunnerJaan HellatChristian Paschereit
    • Philipp BrunnerJaan HellatChristian Paschereit
    • F23M3/00
    • F23C7/002F23D14/46F23N5/022F23N2041/20
    • A premix burner is disclosed, with a swirl generator which delimits a conical swirl space and provides at least two conical part shells which are arranged, offset to one another, along a burner axis, mutually enclose in each case air inlet slits running longitudinally with respect to the burner axis and have in combination a conically widening premix burner outer contour having a maximum outside diameter which narrows axially into a region with a minimum outside diameter. At least one conical part shell provides, in the region between the maximum and the minimum outside diameter, a reception unit which deviates from the conically widening premix burner outer contour and locally elevates the premix burner outer contour radially outward and which has a maximum radial extent which is dimensioned smaller than half the maximum outside diameter of the premix burner outer contour. Within the reception unit, at least one hollow duct is provided, with at least one duct orifice facing away from the swirl space and with a duct longitudinal extent which runs essentially parallel to the burner axis.
    • 公开了一种预混合燃烧器,其具有涡流发生器,其限定圆锥形漩涡空间并且提供沿着燃烧器轴线彼此偏移地设置的至少两个锥形部分壳体,每个壳体相互包围相对于纵向延伸的空气入口狭缝 并且组合有锥形加宽的预混合燃烧器外轮廓,其具有最大外径,其将轴向变窄成具有最小外径的区域。 至少一个锥形部分壳体在最大外径和最小外径之间的区域中提供接收单元,该接收单元偏离锥形加宽的预混燃烧器外轮廓并且将预混合器外轮廓径向向外提升并具有最大径向范围 其尺寸小于预混合燃烧器外轮廓的最大外径的一半。 在接收单元内,提供至少一个中空管道,其中至少一个管道孔口背离涡流空间,并具有基本上平行于燃烧器轴线延伸的管道纵向延伸部分。
    • 5. 发明申请
    • Burner with stepped fuel injection
    • 带燃油喷射器的燃烧器
    • US20060154192A1
    • 2006-07-13
    • US10874161
    • 2004-06-24
    • Peter FlohrChristian Paschereit
    • Peter FlohrChristian Paschereit
    • F23C7/00F23M3/00F23C5/00
    • F23R3/286F23C2900/07002F23R2900/00014
    • In a burner (1) having an interior space (22) surrounded by at least one shell (8, 9) in which burner (1) fuel is injected through fuel nozzles (6) arranged at the burner shells (8, 9) into a combustion air stream (23) flowing within the interior space (22), the fuel/air mix which is formed flows to a flame front (3) in a combustion chamber (2) within a delay time (τ), where it is ignited, the formation of combustion-driven thermoacoustic oscillations is avoided by virtue of the fact that means (24), which allow fuel to be injected into the combustion air stream (23) via at least two fuel injection holes (25) distributed over the length of the means (24) are arranged so as to project from the burner base (27) into the interior space (22) substantially in the direction of the combustion chamber (2), so that the delay time (τ) between injection of the fuel and its combustion at the flame front (3) corresponds to a distribution (12) which avoids combustion-driven oscillations in premix operation.
    • 在具有由至少一个壳体(8,9)围绕的内部空间(22)的燃烧器(1)中,燃烧器(1)通过布置在燃烧器壳体(8,9)处的燃料喷嘴(6)喷射燃料(1) 在内部空间(22)内流动的燃烧空气流(23),所形成的燃料/空气混合物在延迟时间(τ)内流动到燃烧室(2)中的火焰前部(3) 燃烧驱动的热声振荡的形成由于以下事实而避免:通过分配在上述燃烧驱动的热声振荡中的至少两个燃料喷射孔(25)将燃料喷射到燃烧空气流(23)中的装置(24) 装置(24)的长度被布置成基本上沿燃烧室(2)的方向从燃烧器基座(27)突出到内部空间(22)中,使得喷射器 燃料及其在火焰前端(3)处的燃烧对应于避免c的分布(12) 预混合操作中的振荡驱动振荡。