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    • 1. 发明申请
    • SLIDING PAIRING FOR MACHINE PARTS THAT ARE SUBJECTED TO THE ACTION OF HIGHLY PRESSURIZED AND HIGH-TEMPERATURE STEAM, PREFERABLY FOR PISTON-CYLINDER ASSEMBLIES OF STEAM ENGINES
    • 水蒸气在高温高压下LEVEL摩擦配对行动地区,尤其是蒸汽机对接缸地层
    • WO02099319A3
    • 2003-02-20
    • PCT/DE0201968
    • 2002-05-29
    • SGL CARBON AGTEA GMBHHOETGER MICHAELKLEEMANN JENSRIEPE AXELTHIELE WALTER
    • HOETGER MICHAELKLEEMANN JENSRIEPE AXELTHIELE WALTER
    • F01B17/04F16J1/02F16J10/04
    • F01B17/04F05C2203/0882F16J1/02F16J10/04Y10T428/12326
    • The invention relates to sliding pairings for machine parts that are subjected to the action of highly pressurized and high-temperature steam, preferably for piston-cylinder assemblies of steam engines. The sliding pairings consist of a first sliding element that was made from a synthetic, fired, but not graphitized, carbon material containing, as an essential filler, graphitized soot coke and/or natural graphite, and whose pores are filled with metal, a metal alloy, a ceramic material, a synthetic resin and/or pitch that was carbonated, preferably in the form of a piston and/or piston ring. The sliding pairings also consist of a second sliding element, preferably provided in the form of a cylinder bush or guide bush made of an iron-containing high-temperature material, which is preferably alloyed with chrome and/or nickel and which, at least on the sliding surface, is provided with a nitrating layer, of a light metal alloy, a material, which is produced using powder metallurgy and which contains iron or steel and titanium carbides, of a ceramic composite, a carbon material, which at least contains graphites, or of a sintered hard metal or with a sliding layer made of hard metal. The inventive sliding pairings function with a low level of wear, in particular, also when subjected to the action of supercritical steam and, preferably, even when subjected to the action of water.
    • 本发明涉及一种用于水蒸汽轴承在高压和温度水平在机械零件,蒸汽机优选活塞 - 缸体装置采取行动。 在此,轴承由第一滑动构件,其由合成的,烧制而不是石墨化,其包含石墨作为主要填料碳黑焦炭和/或天然石墨,以及与金属的孔隙,金属合金,陶瓷,合成树脂的碳材料的,和/ 合金或节距已经碳化,被填充时,优选地在活塞和/或活塞环,并且第二滑动元件的形式,优选地在圆柱体或导衬套的形式,从,最好用铬和/或镍,高耐热材料,所述含一 提供了至少在滑动表面上用含有轻金属合金的氮化层,通过粉末冶金,铁或钢和钛的碳化物,陶瓷复合材料,碳材料,其包括至少基本上石墨,或烧结的硬金属或米制成的材料 它硬金属制成的滑动层。 新颖的配对工作,包括超临界水蒸汽的应用并且优选地还在水中的磨损的应用。
    • 3. 发明申请
    • DRIVE DEVICE
    • 驱动装置
    • WO2007014942A3
    • 2007-07-19
    • PCT/EP2006064868
    • 2006-07-31
    • AMOVIS GMBHHOETGER MICHAEL
    • HOETGER MICHAEL
    • F01K23/06F01K25/06
    • F01K23/065F01K25/06F01K25/065F01N5/02F02G5/02Y02T10/16Y02T10/166
    • The invention relates to a drive system for motor vehicles comprising a waste heat-producing internal combustion engine (10) and a circuit for draining off at least partially said waste heat with a working fluid which is relievable in an expansion machine (38), wherein said working fluid comprises several components, wherein at least one component is transferable into a gas phase by absorbing heat of the internal combustion engine and/or another source inside the drive system which also comprises means (34) for separating the liquid fraction from the working fluid prior to the expansion machine pressure removal. The internal combustion engine can be cooled by a first cooling circuit. A second cooling circuit can be used in such a way that the first cooling circuit is cooled thereby.
    • 对于包括一发热内燃发动机(10)和用于与设置在膨胀机detensioned一个Arbeitsf LUID(38)排出该废热的至少一部分的电路的机动车的驱动系统,其特征在于所述Arbeitsf LUID包括多个组件, 其中通过从所述驱动系统内的燃烧发动机和/或其它热源吸收热量一种组分是至少在气相中可以被转换,以及用于在所述膨胀机膨胀前分离Arbeitsf LUIDs的液体部分的装置(34)被提供。 内燃机可以通过第一冷却回路来冷却。 它可以进一步提供一个第二电路,所述第二电路的第一冷却回路被冷却。
    • 6. 发明申请
    • STEAM CIRCUIT PROCESS WITH IMPROVED ENERGY UTILISATION
    • 提高能源利用率的蒸汽循环工艺
    • WO2008031716A3
    • 2008-10-16
    • PCT/EP2007058874
    • 2007-08-27
    • AMOVIS GMBHHOETGER MICHAELCOLLISI JOERG
    • HOETGER MICHAELCOLLISI JOERG
    • F01K25/06F01K13/02
    • F01K25/065F01K13/02
    • The invention relates to a steam circuit process containing a feed-water pump (16; 128) for generating an increased pressure in a working medium used in the steam circuit process (10; 110), a heat exchanger (12, 132) for transferring waste heat from a primary process to the working medium, an expander (14; 138) for expanding the working medium efficiently, and a condenser (18; 136) for condensing the working medium. Said steam circuit process is characterised in that means (20; 138) are provided for detecting the pressure or the temperature on the condenser, and a regulating loop (22; 140) is provided for regulating the feed-water pump according to the pressure and temperature values detected in this way, as guiding variables, to a pressure at which the expander efficiency is maximal.
    • 工作介质中使用时,蒸汽循环的热交换器,它包括一个供水泵(16 ;; 128),用于在蒸汽循环中产生升高的压力(110 10)(12; 132),用于从主过程中的工作介质,膨胀机上的热传递( 14; 138),用于膨胀工作流体进行工作,和一个电容器(18;用于冷凝所述工作介质136),其特征在于,装置(20,138),用于检测压力或者温度在电容器被设置,和一个控制环 (22; 140),利用该装置可将具有由此检测到的压力或温度值作为参考变量的给水泵调节到膨胀机性能最大的压力。