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    • 2. 发明授权
    • Control of reactants in chemical engineering systems
    • 化学工程系统中反应物的控制
    • US4825353A
    • 1989-04-25
    • US895879
    • 1986-08-12
    • David P. Jenkins
    • David P. Jenkins
    • F23N1/02G05B13/00
    • F23N1/022F23N2035/06F23N2037/02Y10S706/906Y10S706/914
    • The invention provides an arrangement of controlling reactants in a chemical engineering system comprising feeding to a background electronic logic control circuit analysis signals with respect to the operation of the reactants in the reaction for interpretation therein; drawing conclusions as would a field technologist, implementing experiments from these conclusions to improve the efficiency, and if greater efficiency is achieved, feeding interpreted data signals with respect thereto from the background logic circuit to a data file; feeding data signals from the data file to a foreground electronic logic circuit together with signals relating to the activity level of the reaction and the physical conditions of the incoming supply of at least one reactant to the reaction; the foreground logic circuit controlling the flow of one or more reactants to the reaction on the basis of the signals received thereby.
    • 本发明提供了一种在化学工程系统中控制反应物的布置,其中包括向背景电子逻辑控制电路馈送分析关于反应物在其中进行解释的操作的信号; 得出结论,如现场技术人员,从这些结论实施实验以提高效率,并且如果实现更高的效率,将相对于其的解释数据信号从背景逻辑电路馈送到数据文件; 将数据信号从数据文件馈送到前台电子逻辑电路,以及与反应的活动水平和至少一种反应物进入反应物质的物理条件相关的信号; 前景逻辑电路根据由此接收的信号控制反应物的一个或多个反应物的流动。
    • 5. 发明授权
    • Treatment of molten metal
    • 处理熔融金属
    • US4636249A
    • 1987-01-13
    • US811994
    • 1985-12-23
    • Arthur LaycockMichael J. HarrisMark A. Broxholme
    • Arthur LaycockMichael J. HarrisMark A. Broxholme
    • B22D1/00C21C7/00C21C7/02
    • B22D1/005C21C7/0037
    • The invention is directed to a method of and apparatus for, introducing into a bath of molten metal (e.g. ferrous metal) contained in a vessel an alloying component (e.g. lead) or a reagent. The method includes the steps of connecting a plurality of plugs or nozzles located in the bottom and/or sides of the vessel to supplies of gas (e.g. argon) under pressure, and causing gas to be introduced simultaneously through the plugs or nozzles to produce individual gas flows which pass upwardly through the metal bath to create areas of turbulence on the bath surface. The areas of turbulence interact to produce on the bath surface a relatively quiescent region and it is into this relatively quiescent region that the required quantity of alloying component or reagent is added.
    • 本发明涉及一种用于将包含在容器中的熔融金属(例如黑色金属)的浴中的合金成分(例如铅)或试剂引入的方法和装置。 该方法包括以下步骤:将位于容器的底部和/或侧面的多个塞子或喷嘴连接到压力下供应气体(例如氩气),并且通过塞子或喷嘴同时引入气体以产生个体 气流向上通过金属浴,以在浴表面上产生湍流区域。 湍流区域相互作用以在浴表面上产生相对静止的区域,并且进入该相对静止的区域中,添加所需量的合金成分或试剂。
    • 6. 发明授权
    • Analysis of materials
    • 材料分析
    • US4598577A
    • 1986-07-08
    • US639592
    • 1984-08-10
    • Raymond JowittIan D. Abell
    • Raymond JowittIan D. Abell
    • G01N21/73G01N1/22G01N33/20
    • G01N33/20
    • This invention provides a method of analyzing materials, comprising the steps of subjecting a surface of the material to high energy impact by a laser to cause ablation and vaporization such as to generate a gaseous and/or gas-born sample of the material, transporting all or part of the gaseous and/or gas-born sample of the material to a remote analytical apparatus, and analyzing the gaseous and/or gas-born sample of the material at the remote analytical device so as to determine the constituent compartments of the material, together with Apparatus for carrying out this method.
    • 本发明提供了一种分析材料的方法,包括以下步骤:使材料的表面经受激光的高能量冲击,引起消融和蒸发,例如产生气体和/或气体样品的材料,将所有材料运送 或气体和/或气体样品的一部分到远程分析装置,并分析远程分析装置上的材料的气体和/或气体样品,以便确定材料的构成隔室 ,以及用于执行该方法的装置。
    • 7. 发明授权
    • Electric arc furnace electrodes
    • 电弧炉电极
    • US4488312A
    • 1984-12-11
    • US497591
    • 1983-05-24
    • Robert W. MontgomeryHenry C. Garner
    • Robert W. MontgomeryHenry C. Garner
    • H05B7/101H05B7/12H05B7/08
    • H05B7/12H05B7/101
    • This invention relates to a water-cooled arc furnace electrode comprising a double-walled tubular metal column the two walls being electrically insulated from one another and defining an annular channel between them. The inner wall is electrically connected to a conductive screw-threaded member from which graphite sections depend, and this inner tube defines a central channel constituting a water flow path connected in series with the annular channel via a "spider" in the aforesaid member. In accordance with this design the volume of water contained within the electrode column approaches the maximum, ensuring adequate cooling during electrode changes which hitherto has presented problems in other designs of this component.
    • 本发明涉及一种水冷电弧炉电极,其包括双壁管状金属柱,两个壁彼此电绝缘并且在它们之间限定环形通道。 内壁电连接到石墨部分所依赖的导电螺纹构件,并且该内管限定构成通过上述构件中的“蜘蛛”与环形通道串联连接的水流路的中心通道。 根据该设计,电极柱中所含的水的体积接近最大值,确保在电极变化期间充分的冷却,这在迄今为止在该部件的其它设计中已经出现问题。
    • 9. 发明授权
    • Metal refining process
    • 金属精炼工艺
    • US4358314A
    • 1982-11-09
    • US293508
    • 1981-08-17
    • Adrain S. Normanton
    • Adrain S. Normanton
    • C21C5/34C21C5/35C21C5/32
    • C21C5/35
    • A process for refining steel by top blowing with below melt tuyere injection in which at the commencement of the refining cycle the refining gas lance is located at a pre-determined height above the melt, and the gas flow rate to the below melt tuyere or tuyeres is set at a predetermined level, comprising the steps of reducing the height of the lance and the gas flow rate to the tuyeres in one or more stages during the course of the refining cycle and increasing the height of the lance and the gas flow rate to the tuyeres towards the end of the refining cycle.
    • 一种通过用熔融风口喷射进行顶吹的精炼钢的方法,其中在精炼循环开始时,精炼气喷枪位于熔体上方的预定高度,并且到下面的熔体风口或风口的气体流速 设置在预定水平,包括以下步骤:在精炼循环过程中以一个或多个阶段降低喷枪的高度和气体流速到风口,并且将喷枪的高度和气体流速增加到 风口到精炼周期结束。