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    • 3. 发明授权
    • Rolling mill drive with gear-type joint spindles and with a device for
circulatory lubrication
    • 带有齿轮型接头主轴的轧机驱动装置和循环润滑装置
    • US5979207A
    • 1999-11-09
    • US039534
    • 1998-03-16
    • Karl-Heinz SeidlHelmut Kuhn
    • Karl-Heinz SeidlHelmut Kuhn
    • B21B35/00B21B35/14B21B31/07
    • B21B35/147B21B35/143
    • A rolling mill drive with gear-type joint spindles arranged between driveable rolls and the gear units of the driveable rolls and equipped with a device for circulatory or pressure lubrication of the gear units. Each spindle has a grooved oil supply ring connectable to an oil supply, wherein oil can be supplied through a central duct of the spindle shaft to the gear-type joints, and with a stationary housing surrounding the spindle shaft at a distance and serving for the oil discharge, and with an oil delivery pump connectable on the pressure side to the oil supply rings and interacting with an oil cooler. Each gear-type joint spindle is surrounded by a pipe at a radial distance so as to form an annular oil return duct. The pipe is open at the end facing the gear unit and protrudes into the oil collection housing provided at this location for effecting oil discharge. The oil return duct is in circulatory oil connection with the central duct through the internally toothed spindle sleeve on the side of the roll stand. On the side of the roll stand, the pipe is guided in an articulated manner and sealed toward the outside and relative to the spindle sleeve through a spherical joint arranged on the pipe.
    • 一种轧机驱动器,其具有布置在可驱动辊和可驱动辊的减速器之间的齿轮型接头主轴,并配备有用于减速器的循环或加压润滑的装置。 每个主轴都具有可连接到油源的开槽供油环,其中油可以通过主轴的中心管道供应到齿轮型接头,并且具有围绕主轴的一定距离的固定壳体, 油排出口,并且可以在压力侧连接到供油环上并与油冷却器相互作用的输油泵。 每个齿轮型联轴器由一个径向距离的管道围绕,以形成一个环形回油管道。 管道在面向齿轮单元的一端是敞开的,并突出到设在该位置的集油箱中以进行排油。 回油管道与中央管道通过辊架侧面的内齿主轴套管进行循环油连接。 在轧辊架侧面上,管子以铰接的方式被引导,并通过布置在管道上的球形接头朝外部和相对于主轴套筒密封。
    • 5. 发明授权
    • Apparatus for aerobic treatment of activated sludge
    • 活性污泥需氧处理装置
    • US4096065A
    • 1978-06-20
    • US742313
    • 1976-11-15
    • Werner BruchHans GuthHelmut Kuhn
    • Werner BruchHans GuthHelmut Kuhn
    • B03D1/14C02F3/12C02F3/26B01D19/00
    • C02F3/12C02F3/26Y02W10/15
    • In an apparatus for the gasification of a biomass in an aqueous medium in the presence of organic substances degradable by the biomass, comprising a gasification tank, and a clearing chamber for the gasified water-containing biomass provided concentrically around the gasification tank, the gasification tank communicating with the clearing chamber through an inlet in the latter, the improvement whereinA. the gasification tank is from about 10 to 32 meters high, has a height/diameter ratio between approximately 40 and 0.2, is provided adjacent its floor with gas inlet points, and is connected via inlet pipes to at least one gas removal and flocculation cyclone;B. the same liquid level in all the clearing chambers is maintained by means of an overflow channel at about 0.1 to 2 meters below the liquid level of the gasification tank; andC. a sludge removal pipe connects each clearing chamber with a collector pipe.Advantageously the clearing chamber is funnel shaped.
    • 在用于生物质降解的有机物质存在下,在含水介质中气化生物质的装置,包括气化罐和用于气化水的生物质的清灰室,所述气化的含水生物质设置在气化罐周围,所述气化罐 通过后者的入口与清灰室连通,其改进之处在于:A.气化罐的高度约为10至32米,高于40和0.2之间的高度/直径比,它们与气体入口点相邻。 ,并通过入口管道连接到至少一个气体去除和絮凝循环; B.所有清洁舱中的相同液位由燃油通道的液面维持在0.1至2米以下的流量通道上; 和C.一个排污管连接每个清洁室与收集管。
    • 8. 发明授权
    • Method for charting drillable zones in an oilfield avoiding anomaly zones
    • 在油田避免异常地带绘制钻井区的方法
    • US06101446A
    • 2000-08-08
    • US171987
    • 1999-03-30
    • Thierry des VallieresHelmut KuhnDidier ParronYves Lafet
    • Thierry des VallieresHelmut KuhnDidier ParronYves Lafet
    • G01V1/30
    • G01V1/301
    • The charting method consists in realising a recordings acquisition, constituting on the basis of the recorded seismic traces, a 3D seismic block (X, Y, T) sampled in elementary cells (C.sub.ijk), such that each elementary cell contains a sample (k) of a central seismic trace (TR.sub.ij), calculating for each elementary cell (C.sub.ijk) of the seismic block, the energy thereof, and fixing an energy threshold beyond which the presence Tk of anomaly zones is considered probable, selecting cells of the block which have energy equal or superior to the said threshold, coding the selected cells, such that all the cells belonging to a same contiguously selected cell set have the same code and the selected cells belonging to distinct contiguously selected cell sets have different codes, and effecting an XY projection of the coded cell block.
    • PCT No.PCT / FR97 / 00774 Sec。 371日期1999年3月30日 102(e)1999年3月30日PCT 1997年4月30日PCT PCT。 第WO97 / 41455号公报 日期1997年11月6日图表方法包括实现基于记录的地震轨迹构成的记录采集,在基本单元(Cijk)中采样的3D地震块(X,Y,T),使得每个单元格包含 中心地震轨迹(TRij)的样本(k),计算地震块的每个基本单元(Cijk),其能量,以及固定能量阈值,超过该能量阈值,认为是异常区域的存在Tk是可能的,选择单元 具有等于​​或高于所述阈值的能量的块,对所选择的小区进行编码,使得属于相同连续选择的小区组的所有小区具有相同的代码,并且属于不同连续选择的小区组的所选小区具有不同的代码 并进行编码单元块的XY投影。
    • 9. 发明授权
    • Device for axial displacement of rolls in a rolling stand
    • 用于轧制机架中辊的轴向位移的装置
    • US4785651A
    • 1988-11-22
    • US828069
    • 1986-02-10
    • Helmut Kuhn
    • Helmut Kuhn
    • B21B31/18B21B35/14
    • B21B31/18B21B35/143
    • A device for axial displacement for a roll in a rolling stand. The roll is mounted in a chock which is guided in a roll housing. The chock is adjustably guided in the rolling stand. The roll is axially displaced by a hydraulic piston-cylinder assemblies acting on the rolling stand and connected to the support member of the roll bearing. The roll bearing is axially slidingly guided in the chock. The chock has a guide for a sliding carriage which is provided with a coupling device for the roll neck. The hydraulic piston-cylinder assemblies are articulated to this sliding carriage.
    • 用于滚动架中的辊的轴向位移的装置。 卷筒安装在一个在滚筒外壳中引导的轴承座上。 轴承座在滚动架上可调节地引导。 通过作用在滚动架上并连接到滚动轴承的支撑构件上的液压活塞 - 气缸组件来使滚动轴向移动。 滚动轴承在轴承座中轴向滑动导向。 轴承座具有用于滑动架的导向件,其具有用于辊颈的联接装置。 液压活塞 - 气缸组件铰接到该滑动滑架。
    • 10. 发明授权
    • X-ray tube with a low-temperature emitter
    • 带有低温发射器的X射线管
    • US5703924A
    • 1997-12-30
    • US627999
    • 1996-04-04
    • Erich HellHelmut KuhnMathias Hoernig
    • Erich HellHelmut KuhnMathias Hoernig
    • H01J35/06H01J35/10H01J35/16
    • H01J35/16H01J35/06H01J2235/168
    • An x-ray tube has an anode and an electron emitter from which an electron beam emanates, the electron beam impinging the incident surface of the anode in a focal spot from which a useful x-ray beam emanates. At least in the region of its electron-emitting surface, the electron emitter is formed of an electron-emitting material that has a lower electron affinity than tungsten (a low-temperature emitter). Further, an apertured diaphragm at anode potential is arranged between the electron emitter and the anode and through which the electron beam passes. As electron-emitting material, the electron emitter contains lanthanum hexaboride (LaB.sub.6) or an alloy of the systems iridium/cerium (Ir/Ce) or iridium/lanthanum (Ir/La) systems.
    • X射线管具有阳极和电子发射器,电子束从该电子发射,电子束将阳极的入射表面照射在可用的X射线束发射的焦斑中。 至少在其电子发射表面的区域中,电子发射体由电子发射材料形成,该电子发射材料具有比钨更低的电子亲和力(低温发射极)。 此外,在电子发射极和阳极之间设置阳极电位的有孔隔膜,电子束通过该隔膜。 作为电子发射材料,电子发射体含有六硼化镧(LaB6)或铱/铈(Ir / Ce)或铱/镧(Ir / La)体系的合金。