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    • 21. 发明授权
    • Device to separate rolled bars
    • 用于分离轧制棒的装置
    • US06311829B1
    • 2001-11-06
    • US09529908
    • 2000-04-21
    • Alfredo PoloniGiuseppe BordignonAndrea De Luca
    • Alfredo PoloniGiuseppe BordignonAndrea De Luca
    • B65G4726
    • B65G47/8823B21B39/002B21B39/004B21B43/006B65G47/082B65G47/1492B65G47/29B65G2201/0276
    • Device to separate rolled bars (12), the bars (12) emerging from the cooling zone and being fed by conveyor means in a direction substantially transverse to the axis of the bars (12) and displaced along a plane by movement means (14), the movement means (14) being separated lengthwise, there being included a counting device (13) to form bundles consisting of a desired and defined number of bars (12), the device comprising a plurality of separator units (15) aligned lengthwise parallel to the bars (12) and each arranged between two adjacent movement means (14), each separator unit (15) comprising at least a pair of distancing pins (16), the distancing pins (16) including a first inactive position lowered and “retracted below the plane (“x”) on which the bars (12), lie and a second active position raised and protruding with respect to the plane (“x’”) on which the bars (12) lie and inserted between two adjacent bars (12), the distancing pins (16),in the first inactive position, having a reciprocal distance, taken in the direction of feed of the bars (12), less than the reciprocal distance which they have in a second active position.
    • 用于分离轧制杆(12)的装置,从冷却区域排出的杆(12)并且由输送装置沿基本横向于杆(12)的轴线的方向进给,并且通过运动装置(14)沿平面移位, ,所述移动装置(14)在纵向方向上分开,所述计数装置(13)包括形成由期望和限定数量的杆(12)组成的束,所述装置包括多个分离器单元(15),所述分离器单元沿长度方向平行 每个分离器单元(15)包括至少一对隔离销(16),所述隔离销(16)包括第一非活动位置,并且“ 在所述平面(“x”)的下方缩回,在所述平面(“x”)上方,所述杆(12)所在的位置和第二主动位置相对于所述平面(“x”)凸起并突出,所述杆(12) 在第一非活动位置的杆(12),隔离销(16)具有一个 在杆(12)的进给方向上取得的往复距离小于它们在第二活动位置中的往复距离。
    • 26. 发明授权
    • Roll support device for continuous metallic strip casting
    • 用于连续金属带铸造的辊支撑装置
    • US07100673B2
    • 2006-09-05
    • US10520686
    • 2003-07-10
    • Brian W. BothamAndrea De LucaAlfredo PoloniEdi FaggianiNuredin Kapaj
    • Brian W. BothamAndrea De LucaAlfredo PoloniEdi FaggianiNuredin Kapaj
    • B22D11/06
    • B22D11/0622B22D11/0651B22D11/0682
    • Support device for an assembly (14) of the casting rolls (11, 11′) of a continuous metallic strip casting line comprising a movable support at each axial end. Such supports (17, 17′, 19, 19′) are provided with a hydraulic bearing (13) to reduce friction during motion with respect to the assembly. Between the movable supports of one of the rolls (11) and the assembly is located a hydraulic actuator (18), which thrusts the first roll (11′) towards the second roll (11′) against a stop (16). Between the second roll (11′) and the assembly there are located magnetostrictive actuators which thrust the second roll (11′) against the first roll (11). The device has a joint provided with a housing (22) inside which a telescopic tube (21) for the supply of the cooling water to conduits present in the rolls may slide. The housing (22) is connected to the assembly (14) by means of a bellows (27) allowing for oscillation.
    • 用于连续金属带铸造线的铸辊(11,11')的组件(14)的支撑装置,其包括在每个轴向端部处的可移动支撑件。 这种支撑件(17,17',19,19')设置有液压轴承(13),以减少相对于组件运动的摩擦。 在一个辊(11)的可移动支撑件和组件之间设置有液压致动器(18),其将第一辊(11')朝向第二辊(11')抵靠止动件(16)推动。 在第二辊(11')和组件之间,存在将第二辊(11')推靠在第一辊(11)上的磁致伸缩致动器。 该装置具有设置有壳体(22)的接头,用于将冷却水供应到存在于辊中的导管的伸缩管(21)可以滑动。 壳体(22)通过允许振动的波纹管(27)连接到组件(14)。
    • 27. 发明授权
    • Coiling method and relative device
    • 卷取方法及相关设备
    • US6149091A
    • 2000-11-21
    • US882494
    • 1997-06-25
    • Alfredo PoloniAndrea De Luca
    • Alfredo PoloniAndrea De Luca
    • B21C47/04B21C47/14B21C47/10B21F3/00
    • B21C47/146B21C47/045B21C47/143
    • Method to coil metal wire made of steel arriving directly from an in-line rolling plant, in which the metal wire is delivered to a rotating loop-forming head (11) cooperating coaxially with a hollow drum (12) to form the coil (13), the hollow drum (12) having a controlled rotary movement, the relative speed of the loop-forming head (11) and the drum (12) together being functional to the layer being formed, the drum (12) being associated with an alternate axial moving system. Device to coil metal wire made of steel arriving directly from an in-line rolling plant, comprising a rotating loop-forming head (11) associated with a mating pinch roll device (15) to feed the wire being coiled, and cooperating coaxially with a drum (12) to form the coils (13), the drum (12) being associated both with means to supply a controlled rotary movement and also with an alternate axial moving system (14), the rotation of the loop-forming head (11) and/or drum (12) being a function of the coiling step and the speed of feed of the wire being coiled.
    • 卷绕由直线轧制设备直接到达的钢制金属丝的方法,其中金属丝被输送到与中空鼓(12)同轴配合的旋转成环头部(11),以形成线圈(13) ),具有受控旋转运动的中空滚筒(12),环形成头(11)和滚筒(12)的相对速度在一起对所形成的层起作用,滚筒(12)与 交替轴向移动系统。 用于卷绕由直接从在线轧制设备到达的钢制金属丝的装置,包括与配合夹送辊装置(15)相关联的旋转环形成头(11),以供给被卷绕的线,并与 滚筒(12)以形成线圈(13),滚筒(12)与提供受控旋转运动的装置以及与替代的轴向移动系统(14)相关联,环形成头部(11)的旋转 )和/或鼓(12)是卷绕步骤的功能和被卷绕的线的进给速度。
    • 28. 发明申请
    • OSCILLATING DESCALER AND METHOD FOR DESCALING A SEMI-FINISHED METALLURGICAL PRODUCT
    • 用于去除半成品冶金产品的振荡脱模剂和方法
    • US20130340221A1
    • 2013-12-26
    • US13983763
    • 2012-03-09
    • Matteo NobileAndrea De LucaAlfredo Poloni
    • Matteo NobileAndrea De LucaAlfredo Poloni
    • B21B45/08
    • B21B45/08B21B45/06B24B55/102B24D9/08Y10T29/4544
    • An oscillating descaler (1) for semi-finished metallurgical products comprises:—a passageway (2) delimited by two opposite input and output sections (3, 4) crossable by a semi-finished product (10) to be descaled according to a rectilinear crossing direction (X) oriented from the input section (3) to the output section (4),—a manifold (20) for a pressurized fluid extended according to a longitudinal direction (Y) defined between first and second longitudinally opposite ends (21, 22), arranged so that the longitudinal direction (Y) is not parallel to the crossing direction (X),—at least one nozzle (30) for spraying a jet (31) according to a spray direction (Z) which is coaxial to a hole (30a) of the nozzle (30) and inclined towards the input section (3) and towards one of the ends (21, 22) of the manifold (20, 20b),—motor means (M) for generating a rectilinear oscillating motion of the jet (31) along the longitudinal direction (Y).
    • 用于半成品冶金产品的振荡除鳞器(1)包括: - 通过两个相对的输入和输出部分(3,4)界定的通道(2),所述两个相对的输入和输出部分可由半成品(10)与根据直线 从输入部分(3)到输出部分(4)的交叉方向(X), - 根据在第一和第二纵向相对端(21)之间限定的纵向方向(Y)延伸的加压流体的歧管(20) ,22),其布置成使得所述纵向方向(Y)不与所述交叉方向(X)平行; - 至少一个用于根据喷射方向(Z)喷射射流(31)的喷嘴(30),所述喷嘴 到所述喷嘴(30)的孔(30a)并且朝向所述输入部分(3)并且朝向所述歧管(20,20b)的所述端部(21,22)中的一个倾斜; - 马达装置(M),用于产生 射流(31)沿着纵向(Y)的直线摆动运动。
    • 29. 发明授权
    • Laying head with multi-groove rotating member
    • 用多槽旋转构件放置头
    • US07806356B2
    • 2010-10-05
    • US11920991
    • 2006-05-24
    • Alfredo PoloniAndrea De Luca
    • Alfredo PoloniAndrea De Luca
    • B21C47/14
    • B21C47/143B21C47/14
    • A laying head, for forming coils starting from continuous rolled products such as round bars or wire rods (10) comprising a rotating member (3) with an axis (X), rotationally fixed to the supporting structure (30) by means of bearings (4, 5). The end of the rotating member (3) is a bell-shaped element (6) on the surface of which are a series of grooves (18) that guide the rolled product (10), said grooves having the form of a spiral and being open towards the outside. The laying head (1) comprises a fixed containing and protecting bell element (15) enclosing a portion of the rotating bell element (6) and having a shape that is complementary thereto.
    • 一种铺设头,用于从诸如圆棒或线材(10)的连续轧制产品开始形成线圈,该线材包括具有轴线(X)的旋转构件(3),通过轴承(30)可旋转地固定到支撑结构(30) 4,5)。 旋转构件(3)的端部是钟形元件(6),其表面是一系列引导轧制产品(10)的凹槽(18),所述凹槽具有螺旋形状,并且是 向外开放。 铺设头部(1)包括固定的容纳和保护钟形元件(15),其围绕旋转的钟形元件(6)的一部分并且具有与其互补的形状。