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    • 5. 发明授权
    • Combustion process and apparatus therefore containing separate injection
of fuel and oxidant streams
    • 因此,燃烧过程和装置包含单独注入燃料和氧化剂流
    • US5833447A
    • 1998-11-10
    • US714743
    • 1996-09-13
    • Pierre BodelinPatrick RecourtLahcen Ougarane
    • Pierre BodelinPatrick RecourtLahcen Ougarane
    • F23C99/00C03B5/235F23C5/14F23C7/02F23D14/22F23D14/32F23D99/00F23M5/02F23M3/02
    • C03B5/2353F23D14/22F23D14/32F23M5/025F23D2900/00013Y02P40/55
    • A burner assembly having improved flame length and shape control is presented, which includes in exemplary emodiments at least one fuel fluid inlet and at least one oxidant fluid inlet, means for transporting the fuel fluid from the fuel inlet to a plurality of fuel outlets, the fuel fluid leaving the fuel outlets in fuel streams that are injected into a combustion chamber, means for transporting the oxidant fluid from the oxidant inlets to at least one oxidant outlet, the oxidant fluid leaving the oxidant outlets in oxidant fluid streams that are injected into the combustion chamber, with the fuel and oxidant outlets being physically separated, and geometrically arranged in order to impart to the fuel fluid streams and the oxidant fluid streams angles and velocities that allow combustion of the fuel fluid with the oxidant in a stable, wide, and luminous flame. Alternatively, injectors may be used alone or with the refractory block to inject oxidant and fuel gases. The burner assembly affords improved control over flame size and shape and may be adjusted for use with a particular furnace as required.
    • 提供了具有改进的火焰长度和形状控制的燃烧器组件,其包括在示例性实施例中至少一个燃料流体入口和至少一个氧化剂流体入口,用于将燃料流体从燃料入口输送到多个燃料出口的装置, 将燃料出口离开燃料出口的燃料流注入到燃烧室中的装置,用于将氧化剂流体从氧化剂入口输送到至少一个氧化剂出口的装置,氧化剂流体在注入氧化剂流体的氧化剂流体流中离开氧化剂出口 燃烧室,燃料和氧化剂出口在物理上分离,并且几何地布置以便赋予燃料流体流和氧化剂流体流的角度和速度,其允许燃料流体与氧化剂在稳定的,宽的和 发光的火焰。 或者,喷射器可以单独使用或与耐火块一起使用以注入氧化剂和燃料气体。 燃烧器组件提供了对火焰尺寸和形状的改进的控制,并且可以根据需要调节用于特定的炉。
    • 7. 发明授权
    • Process and horseshoe flame furnance for the melting of glass
    • 用于熔化玻璃的工艺和马蹄火焰炉
    • US5779754A
    • 1998-07-14
    • US677664
    • 1996-07-08
    • Pierre BodelinPatrick Recourt
    • Pierre BodelinPatrick Recourt
    • C03B5/04C03B5/235
    • C03B5/04C03B5/2353Y02P40/55
    • A process for melting glass in a horseshoe-flame furnace including a rear, a forward and a lateral wall and a longitudinal axis comprising the steps of: introducing a charge into a region of the rear wall of the furnace; running the charge, in succession in a longitudinal direction, through a melting zone to completely melt the charge and form a glass bath, through a homogenization zone and then through a refining zone; evacuating the melted and refined glass into a region of the forward wall of the furnace; sending an air-fuel flame from a first region in the rear wall which is staggered with respect to the longitudinal axis of the furnace, evacuating smoke from a second region of that same rear wall essentially symmetrically to the first region with respect to the axis; periodically alternating the first and second regions; and sending at least one oxidized fuel flame above the refining zone from a point on the lateral wail adjacent to the second region which is situated opposite the refining zone.
    • 一种在包括后部,前部和侧壁以及纵向轴线的马蹄形火焰炉中熔化玻璃的方法,包括以下步骤:将电荷引入炉的后壁的区域; 在纵向方向上连续运行电荷,通过熔化区完全熔化电荷并形成玻璃浴,通过均质区,然后通过精炼区; 将熔化和精制的玻璃排出到炉的前壁的区域中; 从后壁的第一区域相对于所述炉的纵向轴线交错排出空气燃料火焰,从相同的所述后壁的第二区域抽空烟雾,所述第二区域相对于所述轴线基本上对称于所述第一区域; 周期性交替所述第一和第二区域; 以及从位于与所述精炼区相对的所述第二区域相邻的所述侧壁上的点处,在所述澄清区上方发送至少一个氧化燃料火焰。
    • 9. 发明授权
    • Liquid-fuel combustion system
    • 液体燃料燃烧系统
    • US06688876B2
    • 2004-02-10
    • US09870500
    • 2001-06-01
    • Olivier DelabroyPierre BodelinMahendra JoshiBernard LabegoreFrançois Lacas
    • Olivier DelabroyPierre BodelinMahendra JoshiBernard LabegoreFrançois Lacas
    • F23D1100
    • F23M5/025F23D11/002F23D2209/20F23D2900/00006
    • A process for combustion with the aid of a liquid fuel and a gaseous oxidizer containing from 20% to 100% volume of oxygen, in which the fuel is injected with the aid of an injector. The injector, which has a height “d”, is placed inside a glory hole. The glory hole has a height “D” at the end thereof corresponding to the ejection of the gaseous mixture towards the zone of heating of a charge. A coefficient “S” in the following equation is maintained at a value less than or equal to 1 for substantially the entire duration of combustion to ensure the stability of the flame. S = a 1 ⁢ V equivalent - a 2 ⁢ L a 3 ⁢ d ⁡ ( 2 - e - L / 10 ⁢ D ) with a1=2.5·10−11 a2=1·10−9, dimensionless a3=(0.875·&ggr;+0.525)·10−6, dimensionless. In the above equation, “L” is defined as the distance between the end of the liquid fuel injector and the downstream end in the fluid flow direction of the glory hole. “Vequivalent” is defined either as the equivalent velocity representative of the average velocity of the spray of drops of liquid fuel in the case of mechanical atomizers and being equal to 2.4 M/(&rgr;&pgr;d2), or a velocity equal to 0.5 times Vatomization, in other cases. “&ggr;” is defined as the overall (volume) percentage of oxygen in the gases at the exit of the glory hole.
    • 借助于液体燃料和含有20%至100%体积的氧的气态氧化剂的燃烧过程,其中借助于喷射器喷射燃料。 具有高度“d”的喷射器放置在光亮孔内。 荣耀孔在其端部具有高度“D”,其对应于气体混合物向加料区域的喷射。 在几乎整个燃烧持续时间内,下列公式中的系数“S”保持在小于或等于1的值,以确保火焰的稳定性.a1 = 2.5.10 <-11> a2 = 1.10 <-9 >,无量纲3 =(0.875.gamma + 0.525).10 -6,无量纲。在上式中,“L”定义为液体燃料喷射器的端部与流体流动方向上的下游端之间的距离 的荣耀之穴。 “Vequivalent”定义为等效速度,表示在机械雾化器情况下液体燃料滴喷射的平均速度等于2.4M /(rhopid2)或等于0.5倍的速度的等效速度 在其他情况下,分解。 “伽马”定义为荣耀孔出口处气体中氧气的总体积(体积)百分比。