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    • 4. 发明申请
    • METHOD AND DEVICE FOR PRODUCING EXPLOSIONS
    • 用于生产爆炸物的方法和装置
    • US20110180020A1
    • 2011-07-28
    • US13061978
    • 2009-09-01
    • Hans Ruegg
    • Hans Ruegg
    • F22B37/48
    • G10K15/043F28G7/00F28G7/005G01V1/116
    • An apparatus and a method for producing explosions, including a pressure-resistance container having a main explosion chamber introduced therein, further including a supply line for supplying a flowable explosible material, and a drain opening for the directed drainage of gas pressure caused by the ignition of the explosible material. The drain opening is closed directly by a closure means, preferably a plunger, which is pressed against the drain opening using a gas spring and held closed substantially up to the time of ignition. Before the actual main explosion, the closure means is moved by the igniting and the pressure force of an auxiliary explosion, thereby exposing the drain opening.
    • 一种用于产生爆炸的装置和方法,包括其中引入有主爆炸室的耐压容器,还包括用于供应可流动的可爆炸材料的供应管线和用于由点火引起的气体压力的定向排水的排水开口 的爆炸物质。 排放口直接由封闭装置(最好是柱塞)封闭,该装置使用气弹簧压靠排水开口,并基本上直到点火时保持关闭。 在实际的主要爆炸之前,封闭装置通过点火和辅助爆炸的压力而移动,从而暴露出排放口。
    • 5. 发明授权
    • Method for incinerating refuse and for treating the resulting slag
    • 焚烧垃圾和处理所得炉渣的方法
    • US6095064A
    • 2000-08-01
    • US168994
    • 1998-10-09
    • John MillardHans Ruegg
    • John MillardHans Ruegg
    • F23G5/16F23G5/20F23J1/00F23J3/00
    • F23G5/20F23G5/16F23J1/00F23G2202/106F23G2900/50209
    • A method for the incineration of refuse in an incineration cylindrical rotary kiln and for treating the resulting slag from the incineration of the refuse. The method includes the steps of removing the slag or ash from the cylindrical rotary kiln in a dry state and immediately separating the slag or ash in a first screening stage into at least two fractions, including a first fraction or screen underflow having a particle size of less than 32 mm. The method includes the further steps of feeding the first fraction or screen underflow to a second classifying stage where the first fraction or screen underflow is separated into a fine function having a particle size of up to 2 mm and the further step of returning at least part of the fine fraction to an air-inlet side of the cylindrical rotary kiln for incineration of the fine fraction.
    • 一种用于在焚烧圆柱形回转窑中焚烧垃圾的方法,并用于处理来自垃圾焚烧的所得炉渣。 该方法包括以下步骤:将来自圆柱形回转窑的渣或灰分从干燥状态除去,并立即将第一筛选阶段中的渣或灰分离成至少两个馏分,包括第一馏分或下游筛, 小于32毫米。 该方法还包括进一步的步骤,将第一部分或筛网下溢给第二分级阶段,在第二分级阶段,将第一分级或筛子下溢分离成具有至多2mm的粒度的精细功能,以及再次返回至少部分 的细小部分加入到圆筒状回转窑的空气入口侧,用于焚烧精细馏分。
    • 6. 发明授权
    • Process for reprocessing slag and/or ash from the thermal treatment of
refuse
    • 垃圾热处理渣和/或灰渣的再处理工艺
    • US06036484A
    • 2000-03-14
    • US169139
    • 1998-10-09
    • Bruno CarcerHans RueggChristian SteinerBeat Stoffel
    • Bruno CarcerHans RueggChristian SteinerBeat Stoffel
    • C04B5/00F23G5/027F23G5/14F23G5/16F23G5/20F27B15/00
    • F23G5/027F23G5/16F23G5/20F23G2209/30
    • In a process for reprocessing slag and/or ash from the thermal treatment of refuse, the refuse (1) is pyrolyzed, gasified or partially combusted in a first process step, heavy-metal-containing slag and/or ash (8) having a comparatively high carbon content being formed. Said slag and/or ash (8) is then heated in a rotary kiln (6) to a temperature below the melting temperature of the slag and/or ash (8) in a second process step, the slag and/or ash (8), prior to its discharge from the rotary kiln (6), dwelling sufficiently long in the rotary kiln (6), that the heavy metals present therein are converted into their metallic form by reduction at the carbon endogenous to the slag and the readily volatile heavy metals are transferred to the gas phase and are discharged from the rotary kiln (6) together with the flue gas (9), and finally a slag (15) depleted in heavy metals being discharged from the rotary kiln (6).
    • 在垃圾热处理后处理炉渣和/或灰渣的过程中,垃圾(1)在第一工艺步骤中被热解,气化或部分燃烧,含重金属的炉渣和/或灰分(8)具有 形成比较高的碳含量。 然后,所述炉渣和/或灰分(8)在第二工艺步骤中,在回转窑(6)中被加热到低于炉渣和/或灰分(8)的熔化温度的温度,炉渣和/或灰分(8 )在回转窑(6)排出之前,在回转窑(6)中停留足够长时,其中存在的重金属通过在炉渣内部的碳上还原而易于挥发 重金属被转移到气相,并与烟气(9)一起从回转窑(6)排出,最后,从回转窑(6)排出的重金属废渣最终被排出。
    • 8. 发明授权
    • Burner for use in a rotary drum of a combustion furnace
    • 用于燃烧炉旋转鼓的燃烧器
    • US4764106A
    • 1988-08-16
    • US792914
    • 1985-10-30
    • Hans RueggWalter Tschantre
    • Hans RueggWalter Tschantre
    • F23D17/00F23G7/00F23M11/04F23D11/36
    • F23M11/045F23D17/00F23G7/001F23G7/008
    • In a burner, particularly for use in a drum of a combustion furnace or incinerator for flowable, pump-deliverable waste materials, a lance is provided for introducing the fuel and a nozzle is placed on the end thereof. The lance can be surrounded by a first uncooled lining, which essentially comprises two tubular, coaxial jacket parts. The first lining is surrounded by a second lining, which once again comprises two jacket parts. The combustion air for the additional fuels in the incinerator (e.g. barrels, etc.) is introduced into the incinerator between the two linings, while the burner air enters in the vicinity of the nozzle in the first lining between the two jacket parts. Thus, important media for the actual combustion process can be directly introduced to the burning point within the incinerator via the burner.
    • 在燃烧器中,特别是用于燃烧炉或焚化炉的桶中,用于可流动的,可输送泵的废料,提供用于引入燃料的喷枪,喷嘴位于其末端。 喷枪可以被第一非冷却的衬里包围,其基本上包括两个管状的同轴护套部件。 第一衬里被第二衬里包围,第二衬里再次包括两个护套部件。 用于焚化炉(例如,桶等)中的附加燃料的燃烧空气被引入到两个衬里之间的焚烧炉中,同时燃烧器空气进入两个护套部件之间的第一衬里中的喷嘴附近。 因此,用于实际燃烧过程的重要介质可以通过燃烧器直接引入焚化炉内的燃烧点。
    • 9. 发明授权
    • Combined combustion and melting furnace for solid, pasty and liquid
waste materials
    • 用于固体,糊状和液体废料的燃烧和熔融炉组合
    • US4350102A
    • 1982-09-21
    • US241116
    • 1981-03-06
    • Hans Ruegg
    • Hans Ruegg
    • F23G5/00F23G5/20F23G5/06
    • F23G5/008F23G5/20F23G2202/10F23G2202/20F23G2203/20F23G2900/54401
    • A rotatable drum is equipped at a front end with a burner for liquid waste materials and at a rear end has a tiltable charging mechanism for solid waste materials and waste materials stored in barrels. The rear end of the drum is sealed by a fixed casing enveloping the charging mechanism. Adjacent that end there is a gas outlet projecting through a dome-like gas inlet connection of a fixed secondary combustion chamber. The drum shell is stepped such that a refractory lining of the semicylindrical lower drum part cooled by means of water spray nozzles is thinner than a refractory brick material of the semicylindrical drum upper part by an amount equal to the depth of the drum step. Due to rotationally reciprocating or rocking movement of the drum, the waste materials undergo pyrolysis, the pyrolysis gases flowing through a gas outlet into the secondary combustion chamber. In the case of a particularly high combustion speed of the waste materials, the combustion air is blown in through combustion chamber nozzles, instead of through the drum burners. This displaces the combustion process into the secondary combustion chamber, which leads to a temperature drop in the drum and to a slowing down of the pyrolysis of the material to be burned. As a result of a drum emptying rotation of 180.degree., the combustion residues melted by means of the drum burner are discontinuously removed through the gas outlet.
    • 可旋转滚筒在前端配备有用于液体废料的燃烧器,在后端具有用于固体废料和存储在桶中的废料的可倾斜的充电机构。 鼓的后端由包围充电机构的固定外壳密封。 相邻的那端有一个通过固定二次燃烧室的圆顶状气体入口突出的气体出口。 鼓壳是台阶状的,使得通过喷水喷嘴冷却的半圆柱形下鼓部分的耐火衬层比半圆筒鼓上部的耐火砖材料薄,等于鼓台阶的深度。 由于鼓的旋转往复运动或摇摆运动,废料经受热解,热解气体流过气体出口进入二次燃烧室。 在废料特别高的燃烧速度的情况下,燃烧空气通过燃烧室喷嘴吹入,而不是通过鼓式燃烧器。 这将燃烧过程置换到二次燃烧室中,这导致鼓中的温度下降和待燃烧材料的热解减慢。 由于滚筒排空旋转180°,通过鼓式燃烧器熔化的燃烧残余物通过气体出口不连续地除去。