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    • 2. 发明公开
    • Device for the asymmetric depositing of loops
    • Vorrichtung zum不对称Ablegen von Windungen
    • EP0686439A1
    • 1995-12-13
    • EP95107585.2
    • 1995-05-18
    • DANIELI & C. OFFICINE MECCANICHE S.p.A.
    • Crespan, LucaBordignon, Giuseppe
    • B21C47/14
    • B21C47/146
    • Device for the asymmetric depositing of loops, which cooperates with a coil-forming station (17) comprising at least one stacking element (18) positioned within a coil-forming chamber (30), the loops (15) being fed by a conveyor means (16) the downstream end of which cooperates directly with the intake of the coil-forming station (17), the device including a rotary plate (21) positioned on a plane substantially at a right angle to the axis of the stacking element (18), the rotary plate (21) containing a hole (31) for the entry, guiding and conveying of loops (15), this entry, guiding and conveying hole (31) having a first extreme position with its axis (26) parallel to the axis (27) of the stacking element (18) and with an eccentricity "1" in relation to that axis (27) and a second extreme position in which its own axis (26) coincides substantially with the axis (27) of the stacking element (18).
    • 用于不对称沉积环的装置,其与包括定位在线圈形成室(30)内的至少一个堆叠元件(18)的线圈形成站(17)配合,所述环(15)由传送装置 (16),其下游端与线圈形成站(17)的进气口直接配合,该装置包括旋转板(21),其位于基本上与堆叠元件(18)的轴线成直角的平面 ),所述旋转板(21)包含用于进入,引导和输送环(15)的孔(31),所述入口,引导和输送孔(31)具有第一极限位置,其轴线(26)平行于 堆叠元件(18)的轴线(27)和相对于该轴线(27)的偏心“1”和其自身轴线(26)基本上与该轴线(27)的轴线(27)重合的第二极限位置 堆叠元件(18)。
    • 4. 发明公开
    • Thermal method to control the deformations of hot-rolled sections and relative device
    • 以控制的热轧型材和相关联的装置中的热变形方法
    • EP0752286A1
    • 1997-01-08
    • EP96110287.8
    • 1996-06-26
    • DANIELI & C. OFFICINE MECCANICHE S.p.A.
    • Filippi, PietroDe Marco, FaustoMarconi, GianfrancoCrespan, LucaBordignon, Giuseppe
    • B21B45/02B21B37/44C21D9/06C21D1/667
    • C21D1/667B21B1/08B21B37/44B21B45/0215C21D9/06
    • Thermal method to control the deformations of hot-rolled sections (11) upstream of a cooling plate (18), whereby the section (11) being fed undergoes longitudinally a cooling by means of jets of a cooling fluid applied by delivery means (13), the jets of fluid (24) being in the form of a wall or beam and having their axes parallel to the longitudinal axis of the section (11) and having a rate of flow of cooling fluid such as to lap at least one limited zone of the section (11), so as to obtain in the material and in said zone a higher yield point which will prevent possible subsequent plastic deformations generated by stresses of a thermal type, and will prevent micro-structural alterations which impair the quality of the product, the intense cooling zone being arranged along a line determined according to the type of section (11).
      Device to control the deformations of hot-rolled sections (11), cooperating with the cooling plate (18) of the sections downstream of the rolling line (17), said device (10) comprising means (13) to deliver a cooling fluid under pressure in the form of a wall or beam, the jets of fluid (24) cooperating respectively with at least one surface of the section (11) so as to create a limited cooling zone extending longitudinally to the section, said cooling fluid under pressure being parallel to the longitudinal axis of the section (11) itself, and the said delivery means being able to move transversely to the section (11).
    • 热的方法来控制热轧部分(11)的冷却板(18),由此所述部分(11)下方送进的上游由输送装置施加的冷却流体的射流的方式进入纵向冷却的变形(13) ,流体(24)的壁或梁的形式,并具有平行于所述部分(11)的纵向轴线的轴线,并且具有冷却流体的流动速率的射流:如搭接的至少一个有限区域 的部分(11)的,以便获得在该材料和在所述区域更高的屈服点whichwill防止通过热型的应力产生的可能的后续的塑性变形,并且将防止微结构改变哪损害的质量 产品,所述强烈coolingZONE正在沿着一条线确定性开采gemäß布置成部分的类型(11)。 装置来控制热轧部分的变形(11),与所述部分中的轧制线(17),所述装置(10)包括:装置(13)的下游侧的冷却板(18)配合以提供冷却流体下 在壁或梁的形式的压力,流体(24)的分别与所述部分(11)中的至少一个表面配合,以便形成一个有限coolingZONE纵向延伸至部分的射流,所述在压力下的冷却流体是 平行于所述部分(11)本身的纵向轴线,和递送所述装置能够横向移动到部分(11)。