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    • 32. 发明申请
    • OSCILLATING TABLE
    • 振荡台
    • WO2006010762A3
    • 2006-07-27
    • PCT/EP2005053652
    • 2005-07-27
    • DANIELI OFF MECCPOLONI ALFREDOZOMERO GIANNIDE LUCA ANDREAD ANDREA PIETRO
    • POLONI ALFREDOZOMERO GIANNIDE LUCA ANDREAD ANDREA PIETRO
    • B22D11/053
    • B22D11/053
    • Oscillating table in which the oscillation drive, comprising a hydraulic actuator (4) , transmits the oscillating motion to the mould (3) via a spring subjected to bending stress(5) , for example a fitted rod. The body of the hydraulic actuator is also anchored to the floor by means of a fitted spring subjected to bending stress. Thus thanks to the absence of any mechanical bearings in the drive mechanism, all disadvantageous movements caused as a result of bearing play, which increases at high oscillation frequencies, are eliminated. Moreover, the use of mould guide elements (6, 7) having a much simpler design and consisting of straightforward bars, also ensures greater guidance precision and enables a reduction in the oscillation marks on the cast product, a reduction that is even more noticeable when working at higher oscillation frequencies. Advantageously, the presence of an anti-roll device, consisting of two or more pairs of bars, for example two pairs, ensures good torsional rigidity of the table.
    • 振荡台,其中包括液压致动器(4)的振荡驱动器通过经受弯曲应力(5)的弹簧(例如配合的杆)将振荡运动传递到模具(3)。 液压致动器的主体还通过受到弯曲应力的配合弹簧锚固到地板上。 因此,由于在驱动机构中没有任何机械轴承,所以消除了在高振荡频率下增加的轴承间隙引起的所有不利运动。 此外,使用具有简单设计并且由简单的杆构成的模具引导元件(6,7)也确保更大的引导精度并且能够减少铸造产品上的振动痕迹,这样减少甚至更显着,当时 工作在更高的振荡频率。 有利的是,由两个或更多对成对的杆例如两对构成的抗卷装置的存在确保了工作台的良好的扭转刚度。
    • 35. 发明申请
    • METHOD AND DEVICE FOR CONTINUOUSLY CASTING METAL
    • 方法和设备的金属连铸
    • WO02085555A3
    • 2003-02-13
    • PCT/EP0204357
    • 2002-04-19
    • SMS DEMAG AGPLESCHIUTSCHNIGG FRITZ-PETERWOSCH ERWINLETZEL DIRKRAHMFELD WERNERPARSCHAT LOTHARSCHWELLENBACH JOACHIM
    • PLESCHIUTSCHNIGG FRITZ-PETERWOSCH ERWINLETZEL DIRKRAHMFELD WERNERPARSCHAT LOTHARSCHWELLENBACH JOACHIM
    • B22D11/055B22D11/22B22D11/04
    • B22D11/22B22D11/053B22D11/055B22D11/114
    • The invention relates to a method and device for continuously casting metal, particularly steel, whereby molten metal (6.1) is continuously cast in a cooled ingot mold with a casting speed (3) while forming a meniscus (7), and a cast product is continuously drawn out of the ingot mold in a direction of casting (3.1). The ingot mold, which has an ingot mold inlet (12) and an ingot mold outlet (8), is a water-cooled copper ingot mold having ingot mold cooling water channels (10.4) with a channel inlet and a channel outlet through which cooling water flows. Said water has an entry pressure p0 (15) at the channel inlet and an exit pressure p1 (15.1) at the channel outlet. The inventive method and device should be improved as to impede or prevent the high thermal load T of the ingot mold in the meniscus. To this end, the invention provides that, during a controlled adjustment of the water flow speeds in the ingot mold cooling water channels (10.4) and during a monitoring of the pressure loss DELTA p of the cooling water, the cooling water direction of flow (12) should correspond to the direction of continuous casting while forming a Nusselt layer that, at the height of the meniscus (19.1), is thinner than the Nusselt layer at the ingot mold outlet (19.2).
    • 一种方法,以及用于金属的连续铸造特别是钢,一种装置,其中,所述熔融物(6.1)连续倒入冷却的模具与铸造速度(3),形成一个弯液面(7)和一从在流延方向锭模连续浇铸(3.1) 被撤回,具有模具入口(12)和模具出口(8)的模具是具有通道入口和通道出口与Kokillenkühlwasserkanälen水冷铜模(10.4),流经在通道入口(15)的冷却水输入压力P0,并在 通道出口的输出压力P1(15.1)将被形成,使得所述模具的高的热负荷T能够在弯液面可以抑制或避免。 为了这个目的,在所述的水的流速在Kokillenkühlwasserkanälen受控调整(10.4)和所述冷却水的压力降DELTA P的上弯月面(19.1)的电平的控制对应于努塞尔层的形成连续铸造方向的冷却水的流动方向(12)比所述努塞尔薄 在模具出口(19.2)层是。
    • 38. 发明申请
    • CONTINUOUS CASTING INGOT MOULD
    • 连续铸造模具
    • WO1995003904A1
    • 1995-02-09
    • PCT/EP1994002442
    • 1994-07-23
    • PAUL WURTH S.A.PETRY, RudyRINALDI, Michel
    • PAUL WURTH S.A.
    • B22D11/04
    • B22D11/053
    • An ingot mould for a continuous casting plant including a mould tube (12) and a mould body (22). The mould tube (12) is axially movable relative to the mould body (22). Sealing members, preferably metal membranes (88, 90), enabling axial movement of the mould tube (12) relative to the mould body (22) while sealing a sealed chamber (23) contain a cooling circuit for cooling the mould tube (12). An oscillation generator device, preferably a hydraulic cylinder (46), is connected to the mould tube (12) via a lever (54) supported on the mould body (22).
    • 一种用于包括模具管(12)和模具本体(22)的连续铸造设备的铸锭模具。 模具管(12)可相对于模具本体(22)轴向移动。 密封构件,优选金属膜(88,90),其能够在密封密封室(23)的同时包含用于冷却模具管(12)的冷却回路,使得模具管(12)相对于模具本体(22)能够轴向运动, 。 振动发生器装置,优选液压缸(46)经由支撑在模具主体(22)上的杆(54)连接到模具管(12)。
    • 39. 发明申请
    • METHOD AND APPARATUS FOR THE CONTINUOUS CASTING OF METAL
    • 金属连续铸造的方法和装置
    • WO1985004125A1
    • 1985-09-26
    • PCT/US1984000410
    • 1984-03-19
    • AMB TECHNOLOGY, INC.KURZINSKI, Cass, R.SENGUPTA, AsishKURZINSKI, Alan
    • AMB TECHNOLOGY, INC.
    • B22D11/04
    • B22D11/053
    • An apparatus for continuously casting molten metal, in which a vibrator (30, 31) is connected with a mold tube (20) to cause the mold tube to vibrate with a high frequency and low amplitude during casting of the metal to prevent adherence of the metal to the mold and also to improve the quality of the cast metal. A liquid metal, particularly steel or other high temperature melting point (2600 F and above) metal, is poured into a mold (20) which initiates solidification of the molten metal, and in which the mold (20) is vibrated at a frequency in the range of from about 1000 to about 12000 cycles per minute and at an amplitude in the range of from about 0.00078 to about .1250 inch, thus preventing adherence of the metal to the mold while at the same time improving the quality of the cast metal. The mold (20) is vibrated by one or more vibrators (30 and 31) connected to the mold tube (20) through a keeper plate (21, 22). A method of continuously casting molten metal, wherein molten metal is continuously poured into a mold tube (20) and the mold tube is vibrated with a high frequency and low amplitude to prevent adherence of the metal to the mold and also to improve the quality of the cast metal.
    • 一种用于连续铸造熔融金属的装置,其中振动器(30,31)与模具管(20)连接,以在铸造金属期间使模具管以高频率和低振幅振动,以防止粘附 金属到模具以及提高铸件的质量。 将液态金属,特别是钢或其它高温熔点(2600°F及以上)金属倒入模具(20)中,该模具(20)引起熔融金属的凝固,并且其中模具(20)振动在 频率在约1000至约12000个循环/分钟的范围内,并且在约0.00078至约0.1250英寸的范围内的振幅,从而防止金属粘附到模具,同时提高质量 铸金属。 模具(20)通过一个或多个通过保持板(21,22)连接到模具管(20)的振动器(30和31)而振动。 一种连续铸造熔融金属的方法,其中将熔融金属连续地倒入模具管(20)中,并且模具管以高频率和低振幅振动,以防止金属粘附到模具上,并且还提高了 铸金属。
    • 40. 发明申请
    • 鋳型振動装置
    • 模具振动装置
    • WO2016132969A1
    • 2016-08-25
    • PCT/JP2016/053815
    • 2016-02-09
    • スチールプランテック株式会社
    • 門脇 優輝
    • B22D11/053F16H25/22F16H25/24H02K7/06H02K7/10
    • B22D11/053F16H25/22F16H25/2204F16H25/24F16H57/0497F16H2025/2031F16H2025/2043H02K7/06H02K7/10H02K7/1004
    •  ねじ軸29及びボールナット30を有するボールねじ32と、ねじ軸29と同軸的にボールナット30に固定的に設けられたナット側軸31とを含み、中心軸が上下方向に延びるように配置されたボールねじユニットを有する。このボールねじユニットに対し、回転運動を伝達する動力伝達機構を備える。軸受は、第1軸を回転可能に支持し、ねじ軸とナット側軸とのうちの他方である第2軸が鋳型側に連結されている。そして、鋳型振動装置を設置位置に固定するための取付部が、軸受に対する上下方向の相対移動が不可能となるように設けられているとともに、鋳型振動装置が動作を停止した状態における軸受と第2軸との上下方向の相対位置を変更可能である。
    • 该模具振动装置包括滚珠丝杠单元,该滚珠丝杠单元包括:滚珠丝杠32,其包括螺杆轴29和滚珠螺母30; 以及螺母侧轴31,该螺母侧轴31固定地设置在滚珠螺母30上并与螺纹轴29同轴。滚珠丝杠单元的中心轴线布置成在垂直方向上延伸。 用于传递旋转运动的动力传递机构设置在滚珠丝杠单元上。 轴承可旋转地支撑第一轴,作为螺杆轴和螺母侧轴中的另一个的第二轴联接在模具侧。 设置用于将模具振动装置固定在安装位置的附接部件,使得不能相对于轴承在垂直方向上的相对运动。 可以在模具振动装置停止移动的状态下改变轴承与第二轴之间的垂直方向上的相对位置。