会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 5. 发明授权
    • Burner
    • 刻录机
    • US5562441A
    • 1996-10-08
    • US449868
    • 1995-05-24
    • Klaus DobbelingHans P. Knopfel
    • Klaus DobbelingHans P. Knopfel
    • F23R3/30F23C1/08F23C7/00F23D11/40F23D17/00F23R3/12F23D14/46
    • F23C7/002F23D11/402F23D17/002F23R3/12F23C2900/07002
    • In a burner (100) which essentially comprises at least two hollow, conical sectional bodies (101, 102) nested one inside the other in the direction of flow, the respective longitudinal symmetry axes (101b, 102b) of the sectional bodies (101, 102) run mutually offset in such a way that the adjacent walls of the sectional bodies (101, 102) form air-inlet slots (119, 120), tangential in their longitudinal extent, for a combustion-air flow (115) in the interior space (114) of the burner. The cross section of flow of these tangential air-inlet slots (119, 120) decreases in the direction of flow of the burner (100) in such a way that this has a positive effect on stabilization of the backflow zone (106) at the outlet of the burner (100).
    • 在基本上包括沿着流动方向嵌套在另一个内的至少两个中空圆锥形截面体(101,102)的燃烧器(100)中,截面体(101,102)的相应的纵向对称轴(101b,102b) 102)相互偏移地运行,使得截面体(101,102)的相邻壁形成在其纵向范围内切向的空气入口槽(119,120),用于燃烧空气流(115) 燃烧器的内部空间(114)。 这些切向空气入口狭槽(119,120)的流动横截面在燃烧器(100)的流动方向上减小,使得这对于回流区域(106)的稳定性具有积极的影响 燃烧器(100)的出口。
    • 6. 发明授权
    • Combustion process for atmospheric combustion systems
    • 大气燃烧系统的燃烧过程
    • US5584684A
    • 1996-12-17
    • US415210
    • 1995-03-31
    • Klaus DobbelingHans P. KnopfelThomas Sattelmayer
    • Klaus DobbelingHans P. KnopfelThomas Sattelmayer
    • F23C6/04F23R3/34F23Q9/00
    • F23R3/346F23C6/047F23C2201/20F23C2900/07002
    • In the case of a heat generator which essentially consists of a premix burner (100) and a flame tube (1), the hot gases (10) from the combustion in the premix burner (100) are fed into the flame tube (1), and there undergo staged post-combustion. This post-combustion takes place by means of a first post-combustion stage (11) and a second post-combustion stage (12). The air/fuel mixture (11a, 12a) is provided for each post-combustion stage (11, 12) in individual mixers (200, 300). These mixers are arranged axially with respect to the flame tube (1) and work in such a way that injection of the corresponding mixture (11a, 12a) makes it possible to obtain different combustion zones which extend in a staged sequence over the flame tube (1). By virtue of this staged post-combustion mode NO.sub.x emissions can be reduced by a factor of 5 compared to conventional techniques.
    • 在基本由预混燃烧器(100)和火焰管(1)组成的发热体的情况下,来自预混合燃烧器(100)中的燃烧的热气体(10)被送入火焰管(1) ,并且分段后燃。 该后燃烧通过第一后燃烧阶段(11)和第二后燃烧阶段(12)进行。 为各个混合器(200,300)中的每个后燃烧级(11,12)设置空气/燃料混合物(11a,12a)。 这些混合器相对于火焰管(1)轴向地布置并且以这样的方式进行加工,使得相应的混合物(11a,12a)的注入使得可以获得在火焰管上分阶段延伸的不同燃烧区( 1)。 由于这种分段后燃烧模式,与常规技术相比,NOx排放可以降低5倍。
    • 7. 发明授权
    • Burner for operating a heat generator
    • 燃烧器用于操作发热体
    • US6027331A
    • 2000-02-22
    • US187343
    • 1998-11-06
    • Klaus DobbelingHans Peter KnopfelThomas Ruck
    • Klaus DobbelingHans Peter KnopfelThomas Ruck
    • F23C7/02F23C7/00F23D11/40F23D14/02F23D17/00
    • F23D11/402F23C7/002F23D14/02F23D17/002F23C2900/07002F23D2900/14021
    • In a burner for operating a combustion chamber, which burner essentially comprises a swirl generator (100), a transition piece (200) arranged downstream of the swirl generator, and a mixing tube (20), transition piece (200) and mixing tube (20) forming the mixing section of the burner and being arranged upstream of a combustion space (30). The swirl generator (100) itself comprises at least two hollow, conical sectional bodies (140, 141, 142, 143) which are nested one inside the other in the direction of flow, the respective center axes of these sectional bodies running mutually offset in such a way that the adjacent walls of the sectional bodies form inlet ducts (120), tangential in their longitudinal extent, for a combustion-air flow (115). In the region where the combustion-air flow (115) flows into the swirl generator (100), fuel injectors (116, 116a) are arranged on both sides along the inflow edges, which fuel injectors act offset with respect to one another, in such a way that the inflow cross section of the duct (120) is integrally covered with fuel, with the result that a maximized premixing is achieved.
    • 在用于操作燃烧室的燃烧器中,该燃烧器基本上包括涡旋发生器(100),设置在涡流发生器下游的过渡件(200)和混合管(20),过渡件(200)和混合管 20)形成燃烧器的混合部分并且布置在燃烧空间(30)的上游。 漩涡发生器(100)本身包括至少两个中空圆锥形截面体(140,141,142,143),它们沿流动方向嵌套在另一个中,这些截面体的相应中心轴线相互偏移 这样一种方式使得截面体的相邻壁形成对于燃烧空气流(115)在其纵向范围内切向的入口管道(120)。 在燃烧空气流(115)流入涡流发生器(100)的区域中,燃料喷射器(116,116a)沿着流入边缘布置在两侧,燃料喷射器相对于彼此偏移地起作用 这样使得管道(120)的流入横截面被燃料整体覆盖,结果实现了最大化的预混合。
    • 9. 发明授权
    • Pressure atomizer nozzle
    • 压力雾化喷嘴
    • US6045058A
    • 2000-04-04
    • US114883
    • 1998-07-14
    • Klaus DobbelingChristian SteinbachMartin Valk
    • Klaus DobbelingChristian SteinbachMartin Valk
    • F23D11/24B05B1/34B05B7/04B05B7/10F23D11/38B05B17/04
    • B05B1/3478B05B1/3442B05B7/0408B05B7/10F23D11/383
    • The invention relates to a two-stage pressure atomizer nozzle with a nozzle body (30) having a mixing chamber (39) which is connected to an outside space via a nozzle outlet bore (33), and with a first feed duct (42) with a feed bore (41) for a liquid (37) to be atomized, through which feed bore said liquid (37) can be fed, free of swirling and under pressure, at least one further feed duct (36) for a portion of the liquid (37) to be atomized or for a second liquid (37') to be atomized opening into the chamber (39), through which feed duct said liquid (37, 37') can be fed under pressure and with swirling. The feed bore (41) of the first feed duct (42) lies on one axis (34) with the nozzle outlet bore (33). It is defined in that the outlet-side diameter (d.sub.a) of the nozzle outlet bore (33) is at most as large as the diameter (d.sub.z) of the feed bore (41) and the length (L) of the nozzle outlet bore (33) is at least twice to at most ten times the outlet-side diameter (d.sub.a) of the nozzle outlet bore (33).
    • 本发明涉及一种具有喷嘴主体(30)的两级压力雾化喷嘴,喷嘴主体(30)具有通过喷嘴出口孔(33)连接到外部空间的混合室(39),并具有第一进料管道(42) 具有用于液体(37)被雾化的进料孔(41),通过该进料孔,所述液体(37)可以被供给,没有旋转和在压力下,至少一个另外的进料管道(36)用于一部分 待雾化的液体(37)或被雾化的第二液体(37')通入腔室(39)中,供给管道所述液体(37,37')可以在压力下进行旋转。 第一进料管道(42)的进料孔(41)位于具有喷嘴出口孔(33)的一个轴线(34)上。 其特征在于,喷嘴出口孔(33)的出口侧直径(da)至多等于进料孔(41)的直径(dz)和喷嘴出口孔的长度(L) (33)的喷嘴出口孔(33)的出口侧直径(da)的至少两倍至至多十倍。
    • 10. 发明授权
    • Premixing burner
    • 预混燃烧器
    • US5586878A
    • 1996-12-24
    • US552088
    • 1995-11-02
    • Klaus DobbelingJohannes SantnerChristian Steinbach
    • Klaus DobbelingJohannes SantnerChristian Steinbach
    • F23C7/00F23D11/38F23D11/40F23D17/00F23D14/46
    • F23D11/38F23C7/002F23D11/402F23D17/002F23C2900/07002
    • In a premixing burner of the double-cone design for operating an internal combustion engine, a combustion chamber of a gas-turbine group, or a firing plant, having a high-pressure atomization nozzle (3), arranged at the cone apex, for atomizing liquid fuel, which high-pressure atomization nozzle (3) consists of a nozzle body in which at least one feed passage (24) is arranged for the liquid fuel (12) to be atomized, which can be fed at a pressure greater than 100 bar, and this feed passage (24), with or without a turbulence chamber (25) arranged in between, is connected via at least two nozzle bores (18) to the interior space (14) of the burner, the nozzle bores (18) are aligned with the zones of high air velocity in the burner, and the angle (.beta.) between the fuel-droplet spray (4) and the longitudinal axis (5) of the burner is at least as large as the cone half angle (.beta.) between the sectional cone bodies (1, 2) and the longitudinal axis (5) of the burner. Fine atomization is thereby combined with a high fuel impulse, which is the precondition for quick vaporization of the fuel as well as for good premixing.
    • 在用于操作内燃机的双锥设计的预混合燃烧器,具有设置在锥顶的高压雾化喷嘴(3)的燃气轮机组或燃烧装置的燃烧室,用于 雾化液体燃料,其中高压雾化喷嘴(3)由喷嘴体组成,其中布置有用于待喷雾的液体燃料(12)的至少一个进料通道(24),其可以以大于 100巴,并且具有或不具有布置在其间的湍流室(25)的该进料通道(24)经由至少两个喷嘴孔(18)连接到燃烧器的内部空间(14),喷嘴孔 18)与燃烧器中高空气速度的区域对准,并且燃料液滴喷雾(4)和燃烧器的纵向轴线(5)之间的角度(β)至少与锥形半角度一样大 (1)和燃烧器的纵向轴线(5)之间的角度(β)。 因此,精细雾化与高燃料冲击相结合,这是燃料快速蒸发以及良好的预混合的前提条件。