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    • 1. 发明申请
    • METHOD AND DEVICE FOR PREPARING HOT-ROLLING STOCK
    • 用于制备热轧卷材的方法和装置
    • US20120067095A1
    • 2012-03-22
    • US13263901
    • 2010-03-22
    • Gerald HohenbichlerReinhard Karl
    • Gerald HohenbichlerReinhard Karl
    • B21B37/74
    • B21B37/74B21B15/005B21B38/00B21B38/006B21B45/004B21B45/06B21B45/08B21C43/00
    • A method and a device have high energy efficiency and high descaling performance, with which high-quality rolling stock can be produced. In a method in which the rolling stock is heated in an induction furnace and subsequently descaled, before the rolling stock is rolled in a rolling stand or rolling relay, the heated rolling stock is descaled by at least one rotating water jet from a rotary descaler; then at least one temperature of the descaled rolling stock is respectively recorded by a temperature measuring instrument and delivered to a controller; and the controller determines at least one control parameter with the aid of a control rule and by taking into account a setpoint temperature, and delivers it to a control component, at least one inductor of the induction furnace being driven so that the temperature of the descaled rolling stock corresponds as far as possible to the setpoint temperature.
    • 一种方法和装置具有高能量效率和高的除鳞性能,可以生产高品质的车辆。 在将轧制机械在感应炉中加热并随后除锈的方法中,在轧制机架或轧制继电器中轧制前,通过至少一个来自旋转除垢机的旋转水射流使加热的轧制材料除鳞; 然后通过温度测量仪器分别记录除垢机车车辆的至少一个温度并将其输送到控制器; 并且所述控制器借助于控制规则确定至少一个控制参数并且通过考虑设定点温度并将其传送到控制部件,所述感应炉的至少一个电感器被驱动以使得所述除垢的温度 机车车辆尽可能地对应于设定点温度。
    • 2. 发明授权
    • Method and device for preparing hot-rolling stock
    • 制备热轧车辆的方法和装置
    • US08950227B2
    • 2015-02-10
    • US13263901
    • 2010-03-22
    • Gerald HohenbichlerReinhard Karl
    • Gerald HohenbichlerReinhard Karl
    • B21B37/74B21B45/04B21C43/00B21B15/00B21B38/00B21B45/00B21B45/06B21B45/08
    • B21B37/74B21B15/005B21B38/00B21B38/006B21B45/004B21B45/06B21B45/08B21C43/00
    • A method and a device have high energy efficiency and high descaling performance, with which high-quality rolling stock can be produced. In a method in which the rolling stock is heated in an induction furnace and subsequently descaled, before the rolling stock is rolled in a rolling stand or rolling relay, the heated rolling stock is descaled by at least one rotating water jet from a rotary descaler; then at least one temperature of the descaled rolling stock is respectively recorded by a temperature measuring instrument and delivered to a controller; and the controller determines at least one control parameter with the aid of a control rule and by taking into account a setpoint temperature, and delivers it to a control component, at least one inductor of the induction furnace being driven so that the temperature of the descaled rolling stock corresponds as far as possible to the setpoint temperature.
    • 一种方法和装置具有高能量效率和高的除鳞性能,可以生产高品质的车辆。 在将轧制机械在感应炉中加热并随后除锈的方法中,在轧制机架或轧制继电器中轧制前,通过至少一个来自旋转除垢机的旋转水射流使加热的轧制材料除鳞; 然后通过温度测量仪器分别记录除垢机车车辆的至少一个温度并将其输送到控制器; 并且所述控制器借助于控制规则确定至少一个控制参数并且通过考虑设定点温度并将其传送到控制部件,所述感应炉的至少一个电感器被驱动以使得所述除垢的温度 机车车辆尽可能地对应于设定点温度。
    • 3. 发明申请
    • Protection profile for a substantially plate-shaped body
    • 基本上为板状体的保护轮廓
    • US20060196136A1
    • 2006-09-07
    • US11367709
    • 2006-03-06
    • Reinhard Karl
    • Reinhard Karl
    • E04D1/36
    • B65D81/055B65D85/48B65D2581/055
    • The protection profile for a substantially plate-shaped body (30) includes a profile strip (40) made of thermoplastic foam with two flanks (41, 42) and a slat (43). In the receiving space (44) of the profile strip (40) a foil inlay (50) is inserted in such a way that the exposed ends of its sidewalls (51, 52) are firmly joined to the exposed front faces (45, 46) of the flanks (41, 42) and its base wall (53) is arranged at such a distance (54) from the slat (43) that, also with the plate-shaped body (30) inserted in the foil inlay (50), the base wall (53) does not come into contact with the slat (43), but under the weight of the plate-shaped body (30) the foil inlay (50) presses the flanks (41, 42) of the profile strip against the plate-shaped body (30).
    • 用于基本上板状主体(30)的保护轮廓包括由具有两个侧面(41,42)和板条(43)的热塑性泡沫制成的轮廓条(40)。 在型材条(40)的接收空间(44)中,箔嵌入件(50)被插入,使得其侧壁(51,52)的露出端牢固地接合到暴露的正面(45,46 侧壁(41,42)及其底壁(53)的距离(54)与板条(43)的距离(54)被布置,板条体(30)也插入箔镶嵌(50) ),底壁(53)不与板条(43)接触,但是在板状体(30)的重量下,箔嵌体(50)压紧型材的侧面(41,42) 剥离板状体(30)。
    • 4. 发明申请
    • Hand-held device
    • 手持设备
    • US20050257380A1
    • 2005-11-24
    • US10954661
    • 2004-10-01
    • Reinhard KarlHarald Kuisle
    • Reinhard KarlHarald Kuisle
    • B23P19/04B25B27/00B60J10/00B67B7/00B26B3/00
    • B25B27/0092B23P19/047B60J10/45
    • The hand-held device (21) is used for applying protective profiles (22) made of flexible material and comprising a spine and two lips to edges (24) of objects (23) for the purpose of protecting them. It includes two side panels (26) that are mounted parallel to one another spaced at a fixed distance from one another, a handle (25), and above and between the side panels on the protective profile outlet side a device (32) for guiding and pressing the protective profile (22) onto the edge (24), and below a device (33) in the form of a wedge element (34) for opening up the protective profile in the form of a wedge element (34), and underneath the wedge element (34) a device (37) with a guide surface for guiding the hand-held device (21) along the edge (24). The wedge element (34) has a wide section (35), which is fastened to the side panels (26), and a narrow section (36), which is positioned a certain distance from the device (32) for the purpose of guiding and pressing the protective profile (22), and which corresponds at a minimum to the thickness of the spine of the protective profile (22). The wedge element (34) ends in front of the tangent that extends between the inner surface of the spine of the protective profile (22) and the guide surface of the device (37) for guiding the hand-held device (1) along the edge (24).
    • 手持装置(21)用于施加由柔性材料制成的保护型材(22),其包括脊柱和两个嘴唇到物体(23)的边缘(24),以保护它们。 它包括彼此平行地彼此间隔开的彼此平行安装的两个侧板(26),手柄(25)以及保护轮廓出口侧上的侧板之间和之间的用于引导的装置(32) 并且将所述保护轮廓(22)按压到所述边缘(24)上并且在楔形元件(34)的形式的装置(33)的下面,用于以楔形元件(34)的形式打开所述保护轮廓,以及 在所述楔形元件(34)的下面,具有用于沿所述边缘(24)引导所述手持式装置(21)的引导表面的装置(37)。 楔形元件(34)具有宽的部分(35),其被紧固到侧板(26)和窄部分(36),该狭窄部分(36)与装置(32)定位在一定距离处,用于引导 并且按压所述保护轮廓(22),并且其至少对应于所述保护轮廓(22)的脊的厚度。 楔形元件(34)终止于在保护型材(22)的脊柱的内表面与装置(37)的引导表面之间延伸的切线的前面,用于沿着手柄(1)引导手持式装置 边(24)。