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    • 3. 发明授权
    • Device for installing and removing a roller supporting a bearing assembly
    • 用于安装和拆卸支撑轴承组件的滚筒的装置
    • US07836581B2
    • 2010-11-23
    • US10566314
    • 2004-06-17
    • Karl KellerKonrad Roeingh
    • Karl KellerKonrad Roeingh
    • B21D53/10
    • B21B31/08B21B31/074B21B2203/28B21B2203/30F16C35/062F16C2322/12Y10T29/49682Y10T29/49698Y10T29/49822Y10T29/53104Y10T29/53861Y10T29/53878
    • The invention relates to a device for installing and removing a bearing assembly (3) which consists of a chock in which a trunnion hearing is arranged on a supporting roller stud (1) of a rolling stand. The aim of said invention is to replace said assembly by means of an operationally reliable device without carrying out modifications or large-scale modifications of the supporting roller stud (1), in particular to obtain reproducible mounting forces in order to ensure best long-term wear-less service possible, best possible rotation and easily controlled stripping forces for reliable operation of the rolling stand. The invention also relates to a nut (8) fixed to the roller stud (1) prestressed against the bearing assembly (3). According to said invention, a stripping device (11) can be temporarily coupled to the bearing assembly (3), the hydraulic cylinder (15) thereof resting against the roller stud (1).
    • 本发明涉及一种用于安装和拆卸轴承组件(3)的装置,该轴承组件(3)由滚动支架的支撑滚柱(1)上布置有耳轴式听筒的轴承座组成。 所述发明的目的是通过可操作可靠的装置来替换所述组件,而不对支撑辊柱(1)进行修改或大规模的修改,特别是获得可重现的安装力,以确保最佳长期 无磨损的服务可能,最佳的旋转和容易控制的剥离力,以使滚动架的可靠运行。 本发明还涉及固定到预先抵靠着轴承组件(3)的滚柱(1)上的螺母(8)。 根据所述发明,剥离装置(11)可暂时地联接到轴承组件(3)上,其液压缸(15)靠在滚柱螺栓(1)上。
    • 5. 发明申请
    • Installation Part for Receiving a Roll Journal
    • 收录卷的安装部分
    • US20090158801A1
    • 2009-06-25
    • US12226130
    • 2007-04-05
    • Karl KellerDaniel Knie
    • Karl KellerDaniel Knie
    • B21B31/08
    • B21B31/074F16C13/02F16C33/103F16C33/1065F16C33/1085F16C2322/12
    • In an installation part (1) in a rolling stand for receiving a roll journal (24) having a journal bush (24) of a roll which is used in the processing of steel and non -ferrous metals, wherein the installation part (1) has a cambered side (3) which faces the roll and a run-out side (4) which lies opposite the cambered side (3), having lubricant receiving spaces (7, 15, 16) on the cambered side (3), at least one housing tongue (23) is provided on the cambered side (3) for the at least partial delimitation of the lubricant receiving spaces (7, 15, 16) with respect to one another and for the formation of a gap (25) with the journal bush (24), the width of which gap (25) is below a predefined gap width threshold value.
    • 在用于接收轧制轴颈(24)的轧制机架的安装部件(1)中,所述轧辊轴颈(24)具有用于钢和有色金属的加工中的辊的轴颈衬套(24),其中所述安装部件(1) 具有面向辊的弧形侧面(3)和位于弧形侧面(3)相对的偏出侧(4),在弧形侧面(3)上具有润滑剂接收空间(7,15,16),在弧形侧 至少一个外壳舌片(23)设置在弧形侧面(3)上,用于相对于彼此至少部分地限定润滑剂接收空间(7,15,16),并且用于形成具有 轴颈衬套(24),其间隙(25)的宽度低于预定义的间隙宽度阈值。
    • 7. 发明授权
    • Ventable, microwave-safe food package
    • 通风,微波安全食品包装
    • US06607764B1
    • 2003-08-19
    • US09367492
    • 1999-10-22
    • Karl Keller
    • Karl Keller
    • B65D8134
    • B65D77/225B65D81/3453B65D81/3461B65D2205/00B65D2581/3427B65D2581/3433B65D2581/3455
    • A package and a method for storing, venting, and heating consumable goods. The package includes a container defining an interior and a valve for venting gas during storage and heating. The container having sufficient stability to withstand heating conditions including microwave energy, vapor pressure, and a temperature of 150° Celsius. The valve has a well-defined, substantially constant flow resistance at vapor pressures and at a temperature of at least 150° Celsius developed in the interior during heating. Consumable goods are disposed in the interior of the container and comprise of at least two different fresh, raw foods that require different cooking times in water, and said consumable goods having an amount of water content of at least 30% by weight.
    • 用于存储,排放和加热消耗品的包装和方法。 该包装包括限定内部的容器和用于在储存和加热期间排出气体的阀。 容器具有足够的稳定性以承受加热条件,包括微波能量,蒸气压和150℃的温度。 该阀在蒸气压下和在加热过程中在室内显影至少150℃的温度下具有明确的基本恒定的流动阻力。 消费品被放置在容器的内部,并且包括至少两种不同的新鲜的生食物,其在水中需要不同的烹饪时间,并且所述消耗品具有至少30重量%的含水量。
    • 8. 发明授权
    • Water cooling device for wire
    • 电线水冷装置
    • US06474567B2
    • 2002-11-05
    • US09733007
    • 2000-12-08
    • Rüdiger GrimmelKarl KellerKlaus KüppersMeinert MeyerUwe Plociennik
    • Rüdiger GrimmelKarl KellerKlaus KüppersMeinert MeyerUwe Plociennik
    • B05B1500
    • B21B45/0224
    • A water cooling device for a controlled cooling of wire, small sections, and ribbed concrete wire guided along a wire rod guiding line out of the rolling heat has a support frame that is parallel-slidable or rotatable. Parallel, adjacently arranged cooling water pipelines are provided each having a different inner diameter and mounted on the support frame. Each cooling water pipeline has arranged thereat water boxes. The cooling water pipelines have cooling water pipes having an inner pipe diameter matching the inner diameter of the correlated cooling water pipeline. The cooling water pipes are arranged in the water boxes. Each cooling water pipeline has guide grooves positioned between the water boxes for connecting the cooling water pipes of each cooling water pipeline with one another. The cooling water pipelines are configured such that, by parallel-sliding or rotation of the support frame in a direction perpendicular to the wire rod guiding line, each cooling water pipeline is positionable in the wire rod guiding line so that the wire rod is guidable in all of the cooling wire pipes.
    • 用于受到冷却的水冷却装置,其具有可平行滑动或可旋转的支撑框架,所述水冷却装置用于控制冷却电线,小截面以及沿着线材引导线引导的肋状混凝土线。 平行地,相邻布置的冷却水管道被设置为各自具有不同的内径并且安装在支撑框架上。 每个冷却水管道都安置在水箱内。 冷却水管道具有与相关冷却水管道的内径相匹配的内管直径的冷却水管。 冷却水管布置在水箱内。 每个冷却水管道具有位于水箱之间的引导槽,用于将每个冷却水管道的冷却水管道彼此连接。 冷却水管道被构造成使得通过在垂直于线材引导线的方向上平行滑动或旋转支撑框架,每个冷却水管线可定位在线材引导线中,使得线材可导向 所有的冷却丝管。
    • 9. 发明授权
    • Wire roll stand
    • 线辊架
    • US5855134A
    • 1999-01-05
    • US994168
    • 1997-12-19
    • Friedhelm WomelsdorfGerhard PithanRudiger GrimmelKarl Keller
    • Friedhelm WomelsdorfGerhard PithanRudiger GrimmelKarl Keller
    • B21B1/16B21B13/00B21B27/10B21B31/07B21B31/26B21B27/00
    • B21B27/10B21B31/078B21B1/16B21B13/005B21B2027/103B21B31/26
    • A wire roll stand with roll rings mounted in a cantilevered manner onto roll shafts, wherein the roll rings can be axially clamped through spacer rings against an end of the respective roll shaft. The roll shafts are adjustable by eccentric bushings mounted in a housing and the eccentric bushings as well as the roll shafts are sealed relative to walls of the housings. The housing wall through which the roll shafts extend is equipped with openings which take into consideration the adjusting range of the roll shafts, wherein the openings are fixedly lined with sealing rings having a U-shaped profile. The spacer rings have a U-shaped profile and are composed of at least two parts with separating surfaces thereof extending within the profile yokes, wherein the sides of the spacer rings rest on the sides of the sealing rings within the adjusting range. The housing wall through which the roll shafts extend has blind-end bores for supplying pressurized water, wherein the blind-end bores are provided with outlet openings directed toward the sides of the sealing rings facing the roll.
    • 一种具有以悬臂方式安装到辊轴上的滚动环的线辊架,其中辊环可以通过隔离环轴向地夹紧在相应的辊轴的端部上。 辊轴可通过安装在壳体中的偏心衬套来调节,并且偏心衬套以及辊轴相对于壳体的壁被密封。 辊轴延伸穿过的外壳壁上装有考虑到辊轴的调节范围的开口,其中开口用U形轮廓的密封圈固定着。 间隔环具有U形轮廓并且由至少两个部分组成,其分离表面在轮廓轭内延伸,其中间隔环的侧面在调节范围内位于密封环的侧面上。 辊轴延伸通过的壳体壁具有用于供应加压水的盲端孔,其中盲端孔设置有朝向面向辊的密封环的侧面的出口。
    • 10. 发明授权
    • Method for drying sludge
    • 污泥干燥方法
    • US4970803A
    • 1990-11-20
    • US459480
    • 1990-01-02
    • Karl Keller
    • Karl Keller
    • C02F11/12F26B3/084F26B3/088F26B21/04
    • F26B3/084F26B21/04F26B3/088
    • A sand layer is fluidized by a gas stream or current in a fluidized bed dryer and indirectly heated by immersed stationary heat-exchanger tubes. The sludge to be dried is continuously fed under pressure in a pumpable conditon from above onto the fluidized sand layer. The sludge is coagulated in the fluidized sand layer to form sludge lumps. Here, the sludge lumps are successively dried from the surface down to the core thereof, and the already dried layers of the sludge lumps are successively abraded by the fluidized sand, whereby the sludge lumps are entirely comminuted and the dry matter thereof is pulverized to form dust. This product dust is continuously discharged together with the exhaust-gas stream from the fluidized bed dryer and continuously separated as a product from the exhaust-gas stream. The gas stream or current freed from dust is partially recycled in a closed circuit back to the fluidized bed dryer for fluidization of the sand layer.
    • 砂层通过流化床干燥器中的气流或电流流化,并通过浸入的固定式热交换器管间接加热。 将待干燥的污泥在压力下从上方连续地供给到可泵送的条件下到流化砂层上。 污泥在流化砂层中凝结形成污泥块。 这里,将污泥块从表面向下干燥至其核心,并且已经干燥的污泥块层被流化砂相继磨损,从而使污泥块完全粉碎,将其干物质粉碎形成 灰尘。 该产品粉尘与来自流化床干燥器的废气流一起连续排出,并与废气流一起作为产物连续分离。 排出灰尘的气流或电流在封闭回路中被部分回收到流化床干燥器中以使砂层流化。