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    • 13. 发明申请
    • ENERGY RECOVERY IN HOT STRIP MILLS BY CONVERTING THE COOLING HEAT OF THE CONTINUOUS CASTING PLANT AND THE RESIDUAL HEAT OF SLABS AND COILS INTO ELECTRICAL ENERY OR OTHERWISE UTILIZING THE CAPTURED PROCESS HEAT
    • 通过将连续铸造厂的冷却热量转换成电热炉中的冷却热量,以及将电缆和线圈放置在电气设备中的其他方法,或利用捕获的过程加热
    • US20120118526A1
    • 2012-05-17
    • US13203730
    • 2010-03-02
    • Peter SudauJuergen SeidelHorst GaertnerAxel Stavenow
    • Peter SudauJuergen SeidelHorst GaertnerAxel Stavenow
    • F28D19/04
    • B22D11/00B22D11/124B22D11/14B22D11/22F01K13/02F01K17/02F01K17/04F01K25/08F28D21/0001Y02E20/14Y02P80/154
    • In hot strip plants, after casting, the residual heat of a partial quantity of the slabs has hitherto been used such that the slabs either are directly rolled or are placed warm or hot in the furnace. The remaining slabs normally cool after casting in a hall through which flows air and are stacked before their further transport. The same applies to the residual heat present in the coils after winding, which often cool in the coil-storage area in air. The cooling energy of the continuous-casting plant likewise escapes unused into the surroundings. In order to convert this unused solidification heat and residual heat into electric energy, it is proposed according to the invention that the slabs (10) are cast in a continuous-casting plant and the slabs (10) or coils are transported into the slab-storage area (12) or coil-storage area and during the casting in heat exchangers (31) and/or during the transport in heat exchangers (31) heat is extracted and/or there are deposited in part one on top of the other in specially prepared storage areas (30) provided with heat exchangers (31) for a short time or several hours, wherein in this transport period the cast billet or the slab (10) and/or in the storage period the residual heat of the slabs (10) or coils is transferred via heat conduction and thermal radiation and convection via the heat exchangers (31) into a heat-transfer medium such as, for example, thermal oil, and heats it, which then is discharged via heat-transfer transport lines (33) for power generation and/or direct use of the process heat by other heat consumers.
    • 在热轧带钢厂中,在铸造之后,迄今为止已经使用了部分板坯的剩余热量,使得板坯被直接轧制或者在炉子中放置成热或热。 剩余的板坯通常在大厅中冷却后通过空气流动并在其进一步运输之前被堆叠。 卷绕后的线圈中存在的残余热量也是如此,这在空气中的线圈存储区域中常常冷却。 连续铸造设备的冷却能量同样逃逸到周围环境中。 为了将未使用的固化热和余热转化为电能,根据本发明提出,将板坯(10)铸造在连续铸造设备中,并将板坯(10)或线圈输送到板坯 - 存储区域(12)或线圈存储区域,并且在热交换器(31)的铸造期间和/或在热交换器(31)中的输送期间,提取热量和/或在第一部分中沉积在另一个的顶部 特别制备的储存区域(30),其具有短时间或数小时的热交换器(31),其中在该运输期间,铸坯或板坯(10)和/或在储存期间,板坯的剩余热量( 10)或线圈通过热传导和热辐射以及通过热交换器(31)的对流传递到诸如热油的热传递​​介质中,并将其加热,然后通过热传输线排出 (33)用于发电和/或直接使用 其他热消耗者的过程热。
    • 14. 发明授权
    • Energy recovery in a steel mill
    • 钢厂能源回收
    • US08544526B2
    • 2013-10-01
    • US13203730
    • 2010-03-02
    • Peter SudauJuergen SeidelHorst GaertnerAxel Stavenow
    • Peter SudauJuergen SeidelHorst GaertnerAxel Stavenow
    • B22D11/22
    • B22D11/00B22D11/124B22D11/14B22D11/22F01K13/02F01K17/02F01K17/04F01K25/08F28D21/0001Y02E20/14Y02P80/154
    • Energy is recovered from steel products produced in a steel mill where the products are transported into a storage area by first extracting heat from the steel products prior to or after transport into the storage area by heat exchangers for a predetermined period in which residual heat of the steel products is transferred by the heat exchangers into a heat-transfer medium to heat same. The heated transfer medium is then transferred via heat-transfer transport lines for power generation or for direct use of the process heat in other heat consumers. This transport of the heat-transfer medium from the heat exchangers to the power-generating plant in the heat-transfer transport lines is carried out only at pump feed pressure or using as a heat-transfer medium liquid mineral or synthetic thermal oil or a salt melt so as not to build up a steam pressure above 2 bar.
    • 在钢厂生产的钢铁产品中回收能量,其中产品通过热交换器在通过热交换器运输到储存区域之前或之后从钢产品中运送到储存区域,其中剩余热量 钢产品由热交换器转移到传热介质中以加热。 然后通过热转移输送管线将加热的转移介质转移用于发电或用于在其它热消耗器中直接使用工艺热。 传热介质从热交换器到传热输送线路中的发电设备的传送仅在泵进料压力下进行或用作传热介质液体矿物或合成热油或盐 熔化,以便不产生高于2巴的蒸汽压力。
    • 15. 发明授权
    • Device and method for lateral guidance of a rolled strip transported on a roller bed
    • 用于在辊床上运输的轧制带的横向引导的装置和方法
    • US09266156B2
    • 2016-02-23
    • US13126629
    • 2009-10-27
    • Olaf Norman JepsenPeter SudauChristian Mengel
    • Olaf Norman JepsenPeter SudauChristian Mengel
    • B21B37/68B21B39/14B21C47/34B21D43/02
    • B21B37/68B21B39/14B21B2273/04B21C47/34B21C47/3416B21D43/023
    • The invention relates to a device for lateral guidance of a rolled strip transported on a roller bed, particularly a hot rolled strip in front of a winding device (3), having parallel first and second side guides provided on both sides of the rolled strip, said side guides being movable toward or away from one another by adjusting means that are adjustable independently of one another; the invention is characterized in that a control device (14, 15, 16), to which operating forces and/or positions of the side guides and/or of the rolled strip can be fed as output values in the guidance of the rolled strip, is provided for damping the periodic deviation of the rolled strip, and in that the control device (14, 15, 16) controls the positions of the side guides and/or forces that the side guides exert on the rolled strip based on the measured output values.
    • 本发明涉及一种用于在辊床上,特别是卷绕装置(3)前面的热轧带材上运送的轧制带材的横向引导装置,其具有设置在轧制带材两侧的平行的第一和第二侧向导板, 所述侧引导件可以通过彼此独立地调节的调节装置相互移动或彼此远离; 本发明的特征在于:一个控制装置(14,15,16),其中可以在轧制带材的引导下将侧向引导件和/或轧制带材的操作力和/或位置作为输出值输入, 被设置用于阻尼轧制带的周期性偏差,并且控制装置(14,15,16)基于所测量的输出来控制侧导板和/或侧导板施加在轧制带上的力的位置 价值观。
    • 16. 发明申请
    • METHOD AND DEVICE FOR PRODUCING A METAL STRIP BY CONTINUOUS CASTING
    • 通过连续铸造生产金属条的方法和装置
    • US20090165986A1
    • 2009-07-02
    • US12302326
    • 2007-05-23
    • Jürgen SeidelPeter Sudau
    • Jürgen SeidelPeter Sudau
    • B22D11/16B22D11/00B22D2/00
    • B22D11/1206B21B1/463
    • The invention relates to a method for producing a metal strip (1) by continuous casting. According to said method, a slab (3), preferably a thin slab, is initially cast in a casting machine (2), said slab being deviated from a vertical direction (V) into a horizontal direction (H), and in the direction of transport (F) of the slab (3) arranged behind the casting machine (2), the slab (3) is subjected to a milling operation in the milling machine (4), in which at least one surface of the slab (3), preferably two surfaces which are opposite to each other, are milled. In order to obtain a high economic viability and improved machining parameters when the strips are rolled, the slab (3) is milled as a first mechanical machining step after the slab (3) is deviated in the horizontal direction (H). The slab (3) is cast with a thickness (d) of at least 50 mm and the slab (3) is cast with a mass flow, which is the product of the casting speed and the slab thickness (v×d), of at least 350 m/min×mm. The invention also relates to a device for producing a metal strip by continuous casting.
    • 本发明涉及通过连续铸造制造金属条(1)的方法。 根据上述方法,首先将铸坯(3)(优选薄板坯)铸造在铸造机(2)中,所述板坯从垂直方向(V)向水平方向(H)偏离,并沿着方向 在铸造机(2)后面的板坯(3)的输送(F)中,板坯(3)在铣床(4)中进行铣削操作,其中板坯(3)的至少一个表面 ),优选彼此相对的两个表面被研磨。 为了获得高的经济可行性,并且当轧制轧制时获得了改善的加工参数,板坯(3)在水平方向(H)偏离之后,将板坯(3)作为第一机械加工步骤进行研磨。 板坯(3)以至少50mm的厚度(d)铸造,并且板坯(3)以质量流量(即铸造速度和板坯厚度(vxd)的乘积)至少铸造 350米/分钟 本发明还涉及通过连续铸造制造金属带的装置。
    • 17. 发明授权
    • Steckel hot rolling mill
    • 斯特克尔热轧机
    • US06378346B1
    • 2002-04-30
    • US09673691
    • 2001-02-05
    • Peter SudauOlaf Norman Jepsen
    • Peter SudauOlaf Norman Jepsen
    • B21B3748
    • B21B37/54B21B1/34B21B37/50B21B37/56
    • The invention relates to a Steckel hot rolling mill comprising at least one reversing roll stand (1) as well as coilers (6,7) which are positioned upstream and downstream and present torque-controlled drives. The aim of the invention is to improve such a hot rolling mill in such a way that it optimally counteracts variations in tension and/or mass flow caused by changes in process parameters and allows for high quality hot rolling, especially of very thin hot rolled strips. To this end the invention provides for a looper (8,9) to be positioned between both the coilers (6,7) and the reversible roll stand (1), which supplies actual values for adjusting tension and mass flow.
    • 本发明涉及一种包括至少一个反转辊架(1)的Steckel热轧机以及位于上游和下游的卷取机(6,7),并且存在转矩控制的驱动装置。 本发明的目的是改进这种热轧机,使得其最佳地抵消由于工艺参数变化而引起的张力和/或质量流动的变化,并允许高质量的热轧,特别是非常薄的热轧带材 。 为此,本发明提供了一种定位在两个卷取机(6,7)和可逆辊架(1)之间的弯针(8,9),其提供用于调节张力和质量流量的实际值。
    • 18. 发明授权
    • Method for coiling strip in reeling installations
    • 卷绕安装条的方法
    • US5149004A
    • 1992-09-22
    • US823049
    • 1992-01-16
    • Peter SudauDieter Rosenthal
    • Peter SudauDieter Rosenthal
    • B65H19/28B21C47/06B65H18/26
    • B65H18/26B65H2301/41376B65H2404/43B65H2404/432
    • A method for controlling the positions of displaceable pressure rollers during the start-up of coiling strips in reeling installations. The method includes raising pressure rollers from a mandrel of the reeling installation before the strip beginning enters and before the next winding is placed. After the strip beginning has passed each pressure roller, the mandrel is moved into a position of operation. The gap between the pressure rollers in operating position and the mandrel is adjusted to at least n times the strip thickness, wherein n is the number of windings of the strip at each pressure roller. A slip-free contact of the strip on the mandrel is effected by spreading segments of the mandrel. Thus, the pressure rollers are moved as closely as possible to the mandrel while not exerting any pressure forces on the mandrel or only the last pressure roller in strip travel direction presses the strip against the mandrel and the remaining pressure rollers place the strip as closely as possible to the mandrel without exerting any pressure forces on the strip and the mandrel.
    • 一种用于在卷取装置中的卷取带启动期间控制可位移压力辊的位置的方法。 该方法包括在带材开始进入之前和放置下一个绕组之前从卷取装置的心轴提升压力辊。 在条带开始通过每个压力辊之后,心轴移动到操作位置。 将操作位置的压力辊和心轴之间的间隙调节至至少n倍于带材厚度,其中n是每个压力辊条带的匝数。 芯棒上的条带的无滑动接触通过扩展心轴的段来实现。 因此,压力辊尽可能接近地移动到心轴上,而不会在心轴上施加任何压力,或者仅在带移动方向上的最后一个压力辊将条压靠在心轴上,并且剩余的压力辊将条带紧密地放置在 可能在心轴上不施加任何压力的心轴。
    • 20. 发明授权
    • Hot rolling installation
    • 热轧安装
    • US07213432B2
    • 2007-05-08
    • US10486410
    • 2002-08-05
    • Dieter RosenthalPeter SudauJoachim Hafer
    • Dieter RosenthalPeter SudauJoachim Hafer
    • B21B1/46
    • B21B1/466B21B1/26B21B45/08B21B2013/003B21B2201/02Y10T29/49991
    • A hot rolling installation should be constructed and able to be operated so that strips of materials, which can be shaped with different levels of difficulty and have a thickness of less than 1 mm, can be rolled. According to the invention, strip speeds of 15 m/sec should not be exceeded at the outlet of the last roll stand regardless of the material being used, and the hot-rolled strip should have austenitic structures. To this end, the invention provides that thin slab thicknesses of approximately 50 mm are used for easily shapeable material, that the first of seven stands is driven or executes only a smoothing pass, the slab is de-scaled in front of and behind the first stand, and that the second to seventh stand effects the reduction in thickness to less than 1 mm.
    • 应该构造一个热轧设备,并且可以进行操作,从而可以轧制能够形成不同难度并具有小于1mm厚度的材料条。 根据本发明,无论使用的材料如何,在最后的辊架的出口不应超过15m / sec的剥离速度,并且热轧带应具有奥氏体结构。 为此,本发明提供了大约50mm的薄板厚度用于容易成形的材料,即七个支架中的第一个被驱动或仅执行平滑过程,在第一个的前面和后面对板进行缩放 并且第二至第七支架将厚度的减小影响到小于1mm。