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    • 3. 发明申请
    • METHOD AND DEVICE FOR MANUFACTURING A STRIP OF METAL
    • 用于制造金属条的方法和装置
    • US20100252223A1
    • 2010-10-07
    • US12734778
    • 2008-11-13
    • Rolf FranzOlaf Norman JepsenChristian MengelMichael Breuer
    • Rolf FranzOlaf Norman JepsenChristian MengelMichael Breuer
    • B22D29/00B22D45/00
    • B21B1/463B22D11/0631B22D11/1284
    • The invention pertains to a method for manufacturing a strip (1) of metal, particularly of steel, wherein liquid metal is delivered to a solidification section (3) from a delivery vessel (2), and wherein the cast metal solidifies along the solidification section (3). In order to achieve an optimal strip quality without damages, the inventive method proposes that liquid metal is delivered to a first location (4) of the solidification section (3) that is realized in the form of a horizontally extending conveyor element, and in that the solidified metal departs the conveyor element (3) at a second location (5) that is spaced apart from the first location in the transport direction (F), wherein means (6, 7) for maintaining the mass flow of the strip departing the solidification section (3) and/or the tension in the strip at a desired value are provided at or downstream of the second location (5) referred to the transport direction (F). The invention furthermore pertains to a device for manufacturing a strip of metal.
    • 本发明涉及一种用于制造特别是钢的金属带材(1)的方法,其中液态金属从输送容器(2)输送到固化部分(3),并且其中铸造金属沿固化部分固化 (3)。 为了实现最佳条带质量而不损坏,本发明的方法提出将液态金属输送到以水平延伸的输送机元件形式实现的凝固段(3)的第一位置(4),并且在该位置 固化金属在与输送方向(F)上的第一位置间隔开的第二位置(5)处离开输送机元件(3),其中用于保持条带质量流动的装置(6,7) 固化部分(3)和/或在期望值下的条带中的张力设置在涉及输送方向(F)的第二位置(5)的下游。 本发明还涉及一种用于制造金属条的装置。
    • 6. 发明申请
    • MECHANICALLY CONTROLLABLE VALVE DRIVE AND MECHANICALLY CONTROLLABLE VALVE DRIVE ARRANGEMENT
    • 机械可控阀驱动和机械可控阀驱动装置
    • US20140000538A1
    • 2014-01-02
    • US14006322
    • 2012-01-24
    • Michael BreuerKarsten Grimm
    • Michael BreuerKarsten Grimm
    • F01L13/00
    • F01L13/0026F01L13/0015
    • A mechanically controllable valve drive includes a gas exchange valve on which a transmission arrangement acts via a working contour. The transmission arrangement comprises a first wheel element comprising a toothing which is connected to a camshaft, and a second wheel element comprising a toothing which acts on the gas exchange valve. The transmission arrangement is mounted to move in a cylinder head via a bearing, and is operatively connected to the camshaft and to a valve stroke adjusting device comprising an adjusting shaft. The first and second wheel elements are each mounted to rotate on the adjusting shaft and to be in a geared connection with each another via their respective toothing so that a rotation of the adjusting shaft effects a phase shift between the first and second wheel elements and so that a rotary fixing generates an oscillating movement of the first and second wheel elements.
    • 机械可控阀驱动器包括气体交换阀,传动装置在其上通过工作轮廓作用。 传动装置包括第一轮元件,其包括连接到凸轮轴的齿部和包括作用在气体交换阀上的齿的第二轮元件。 传动装置安装成通过轴承在气缸盖中移动,并且可操作地连接到凸轮轴和包括调节轴的阀行程调节装置。 第一和第二轮元件各自安装成在调节轴上旋转并且经由它们各自的齿部彼此进行齿轮连接,使得调节轴的旋转实现第一和第二轮元件之间的相移,因此 旋转固定产生第一和第二轮元件的摆动运动。
    • 8. 发明申请
    • Spreading Active Agricultural Agents
    • 传播积极农业代理
    • US20120270942A1
    • 2012-10-25
    • US13503277
    • 2010-10-21
    • Andreas GreinerJoachim H. WendorffSeema AgarwallChristoph HellmannMichael BreuerGünter LeitholdHans E. HummelDetlef Hein
    • Andreas GreinerJoachim H. WendorffSeema AgarwallChristoph HellmannMichael BreuerGünter LeitholdHans E. HummelDetlef Hein
    • A01N37/02B29C47/10A01P17/00
    • D01D5/0084A01N25/34A01N37/06D01F1/10D01F6/84A01N25/10A01N25/18
    • Disclosed herein is a device for the application of agricultural active agents, wherein the device is suitable to be brought to the site of action in a manner temporally and spatially separated from the production process, and comprises a dispenser and non-water-soluble nanofibers and/or mesofibers charged with agricultural active agents. The polymers from which the nanofibers and/or mesofibers are made are preferably biodegradable. The agricultural active agents are selected from fungicides, herbicides, batericides, plant growth regulators and plant nutrients. These are preferably pheromones, kairomones and signaling substances. Furthermore, a method for the production of this device is disclosed, wherein the nanofibers and/or mesofibers charged with active agents are produced via electrospinning. The device is suitable to be used to bring agricultural active agents to the site of action in a manner temporally and spatially separated from the production of this device. The application is suitable to be carried out mechanically or automatically. This is preferably agricultural land used for fruit growing, viticulture, gardening or a commercial row crop. The device according to the present invention is particularly suitable to be used for the regulation of arthropods.
    • 本文公开了一种用于农业活性剂的应用的装置,其中所述装置适于以与生产过程暂时和空间分离的方式带到作用部位,并且包括分配器和非水溶性纳米纤维, /或带有农药活性剂的介体纤维。 制备纳米纤维和/或中间纤维的聚合物优选是可生物降解的。 农业活性剂选自杀真菌剂,除草剂,杀螨剂,植物生长调节剂和植物营养素。 这些优选是信息素,光酮和信号物质。 此外,公开了一种制造该装置的方法,其中通过静电纺丝制备装有活性剂的纳米纤维和/或中间纤维。 该装置适合用于将农业活性剂以与该装置的生产在时间和空间上分离的方式带到作用部位。 该应用适合机械或自动进行。 这最好是用于果实生长,葡萄栽培,园艺或商业排列作物的农业用地。 根据本发明的装置特别适用于调节节肢动物。