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
    • 92. 发明申请
    • Method for the salt-free, non-oxidizing remelting of aluminium
    • 铝的无盐,非氧化重熔的方法
    • US20040012129A1
    • 2004-01-22
    • US10363913
    • 2003-07-07
    • Heribert Summer
    • C22B009/16
    • C22B7/003C22B21/0092Y02P10/218
    • The invention relates to a method for the salt-free, non-oxidizing remelting of aluminum, the alloys thereof and aluminum scrap metals comprising possible impurities, such as inflammable oily substances, adhering inflammable or non-flammable materials and those substances that have a higher specific weight, in a rotating drum that comprises a combustion chamber, two feed valves and a burner nozzle. Natural gas or fuel oil are provided in a manner known per se as the source of energy and the oxygen is fed to the combustion chamber together with air via a feed valve. An electronic control adjusts the amount of air in such a manner that the oxygen quantity supplied together with the air corresponds exactly to the stoichiometric proportion required for the combustion of the source of energy supplied through the burner nozzle.
    • 本发明涉及一种铝的无盐,非氧化重熔,其合金和包括可燃性杂质的铝废金属的方法,所述杂质包括易燃油性物质,可燃或非易燃材料以及具有较高 在包括燃烧室的旋转鼓中,两个进料阀和燃烧器喷嘴。 以本身已知的方式提供天然气或燃料油作为能量源,并且氧气通过进料阀与空气一起进料到燃烧室。 电子控制器以这样的方式调节空气量,使得与空气一起供应的氧气量准确地对应于通过燃烧器喷嘴供应的能量燃烧燃烧所需的化学计量比。
    • 93. 发明授权
    • Apparatus for distilling molten baths
    • 蒸馏熔池的设备
    • US06533990B2
    • 2003-03-18
    • US10180960
    • 2002-06-26
    • Ivaylo PopovHans-Jürgen KemmerHarald Scholz
    • Ivaylo PopovHans-Jürgen KemmerHarald Scholz
    • C22B902
    • C22B7/003C22B19/12Y02P10/212
    • In the apparatus for distilling molten baths, substantially comprising a two-part vacuum tank (2), a melting crucible (5) disposed in the bottom housing part (3) of the vacuum tank and surrounded by a heating coil (4), a hat-shaped metal vapor condenser (8) held in the top housing part (6) of the vacuum tank (2), and a draining channel (10) disposed between the melting crucible (5) and the metal vapor condenser (8), a filter element (16) penetrated by a metal vapor thermometer (19) plus probe (20) is provided above the metal vapor condenser (8) in an opening (15) of the top housing part (6), wherein both the filter pot (17) surrounding the filter element (16), as well as the space (22) behind the coil, as well as the top housing part (6) are connected by separate individual vacuum lines (18, 23, 25) to a vacuum source (7).
    • 在用于蒸馏熔融浴的装置中,基本上包括两部分真空罐(2),设置在真空罐的底部壳体部分(3)中并被加热线圈(4)围绕的熔化坩埚(5) 保持在真空容器(2)的顶部壳体部分(6)中的帽形金属蒸气冷凝器(8)和设置在熔化坩埚(5)和金属蒸汽冷凝器(8)之间的排水通道(10) 在顶部壳体部分(6)的开口(15)中的金属蒸汽冷凝器(8)的上方设置由金属蒸气温度计(19)加上探头(20)穿透的过滤元件(16),其中两个过滤罐 (17)围绕过滤元件(16)以及线圈后面的空间(22)以及顶部壳体部分(6)通过单独的单独的真空管线(18,23,25)连接到真空 来源(7)。
    • 98. 发明授权
    • Continuous metal melting process
    • 连续金属熔化工艺
    • US06273932B1
    • 2001-08-14
    • US09313789
    • 1999-05-18
    • William Lyon Sherwood
    • William Lyon Sherwood
    • C22B704
    • C22B9/00C21B13/085C21C5/562C22B7/003C22B9/16F27B7/2083F27B7/32F27B19/04F27B2007/3217F27B2007/3276F27D3/0033F27D3/18F27D2003/0056Y02P10/136Y02P10/216
    • A continuous process is provided for rapid melting of a variety of virgin and recycled ferrous and non-ferrous metals. This is accomplished by distributing the introduction of the unmelted charge materials and hence the melting heat requirements along an elongate gas-solid-liquid reaction zone within a rotary furnace, according to the distribution of heat available to effect melting. In the case of fine-sized metal charge materials, fluxes and additive reagents, this charge distribution is implemented by traversing of the nozzle jet, as directed to penetrate into the metal and slag bath from a solids injection lance, successively backwards and forwards and, in the case of coarse-sized materials, by traversing of the discharge from an oscillating conveyor. A preferred embodiment includes longitudinal extension of the furnace to include a gas-liquid reaction zone adapted for conducting refining reactions and adjusting metal temperature prior to discharging, as heated by a burner generating hot furnace gases which flow countercurrent to the general metal movement. The discharge of liquid metal and slag can be via tap hole, vacuum siphon or overflowing the annular lip of the discharge opening. The direct introduction of heat and selective introduction of oxygen along the gas-solid-liquid reaction zone is also preferred for effecting substantially complete combustion of furnace gases to CO2 and H2O before exhausting from the furnace. Recirculation of a major portion of the exhaust gases into the gas-liquid reaction zone is an optional feature.
    • 提供了连续的方法来快速熔化各种原始和回收的黑色金属和有色金属。 这是通过根据可用于实现熔化的热分布来分配未熔化的电荷材料的引入,并因此分布在旋转炉内的细长的气 - 固 - 液反应区的熔化热需求。 在精细尺寸的金属充电材料,助熔剂和添加剂试剂的情况下,这种电荷分布通过横穿喷嘴射流来实现,其方向是从固体喷射枪连续地向前和向后渗入金属和渣槽, 在粗大尺寸的材料的情况下,通过摆动输送机的排放。 优选的实施例包括炉的纵向延伸,以包括适于进行精炼反应并在排放之前调节金属温度的气液反应区,该气液反应区由燃烧器加热,产生与一般金属运动逆流流动的热炉气体。 液体金属和炉渣的排放可以通过抽气孔,真空虹吸管或溢出排出口的环形唇缘。 在气 - 固反应区内直接引入热和选择性引入氧气也是优选的,以在从炉中排出之前实现炉气体基本上完全燃烧到CO 2和H 2 O. 将废气的主要部分再循环到气液反应区中是可选的特征。
    • 99. 发明授权
    • Apparatus and method for reclaiming scrap metal
    • 回收废金属的设备和方法
    • US06245122B1
    • 2001-06-12
    • US09490445
    • 2000-01-24
    • Frederick N. Meyers
    • Frederick N. Meyers
    • C22B916
    • F27B3/045C22B7/003C22B9/16C22B21/0092F27B3/205F27B3/28F27D17/001F27D17/008F27D2001/1891F27D2019/0015F27D2019/004F27D2099/0048Y02P10/218
    • An apparatus and method for reclaiming contaminated scrap metal, more particularly an improved reverberatory furnace designed for melting scrap. The amount of hydrocarbons volatilized from the melting of contaminated scrap is measured and the fumes are passed into the main hearth for burning. As the amount of fuel value contained within the fumes increases, the amount of fuel provided to the burner is proportionally reduced while the amount of oxygen is kept constant. This will ensure that the amount of fuel and the amount of oxygen present within the furnace is completely burned without excessive free oxygen or unburned fuel building up within the furnace or furnace exhaust. The burner will be operating under lean fuel conditions or under fuel rich conditions such that the flame temperature is lower than at stoichiometric firing, whereby the burners create reduced NOx.
    • 一种用于回收污染的废金属的装置和方法,更具体地说,一种设计用于熔化废料的改进的反射炉。 测量从被污染的废料的熔化中挥发的烃的量,并将烟雾通入主炉中进行燃烧。 随着烟雾中含有的燃料量的增加,燃烧器中燃料的量成比例地减少,同时氧气的数量保持不变。 这将确保在炉内存在的燃料量和存在的氧气量完全燃烧,而不会在炉内或炉排气内积聚过多的游离氧或未燃烧的燃料。 燃烧器将在贫燃条件下或在富燃料条件下运行,使得火焰温度低于化学计量燃烧时,燃烧器产生减少的NOx。