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    • 1. 发明申请
    • METHOD AND APPARATUS FOR CUTTING BARS
    • 切割棒的方法和装置
    • WO2014136067A3
    • 2015-04-16
    • PCT/IB2014059467
    • 2014-03-05
    • SCHNELL SPA
    • RUPOLI SIMONE
    • B23D33/00B21D43/28B23D36/00
    • B23D33/006B21D43/285B23D36/0058
    • The method for cutting bars provides to prearrange a cut device (16) mobile along a support and measure line (15) for the bars (2), to feed a determined number of bars (2) to the support and measure line (15), to measure the determined number of bars (2) relatively to abutment means (17), identifying respective cut sections along the determined number of bars (2), to handle the cut device (16) mobile along the support and measure line (15), relatively to the determined number of bars (2), to position the mobile cut device (16) at the identified cut sections, carrying out the cut of the determined number of bars (2) through the already positioned mobile cut device (16).
    • 用于切割杆的方法提供了预先布置沿着支撑件移动的切割装置(16)并且测量条(2)的线(15),以将确定数量的条(2)馈送到支撑件并测量线(15) ,以相对于邻接装置(17)测量所确定的杆数(2),识别沿所确定的杆数(2)的相应切割部分,以处理沿支撑和测量线(15)移动的切割装置(16) )相对于确定的条数(2),将移动切割装置(16)定位在所识别的切割部分,通过已经定位的移动切割装置(16)执行确定数量的条(2)的切割 )。
    • 2. 发明申请
    • APPARATUS FOR AND METHOD OF MANUFACTURING METAL CAGES FOR CONICAL PILLARS
    • 用于制造用于圆柱形金属制品的装置和方法
    • WO2014184787A4
    • 2015-01-29
    • PCT/IB2014061538
    • 2014-05-19
    • SCHNELL SPA
    • RUPOLI SIMONECORSINI EMILIO
    • B21F27/12
    • B21F27/124
    • The apparatus for making metal cages (2) for conical pillars, the cages being made by a series of longitudinal bars (3), arranged according to a predetermined circular geometrical shape about a longitudinal axis (A), and fixed through the fixing of at least one metal wire (4), wound in spiral on the same bars (3) through the combination of a rotation motion about an axis coinciding with the longitudinal axis (A) of the cage (2) being manufactured and a shifting motion, comprises a first support head (10) suitable to support respective further portions of the bars (3), a second support head (20) suitable to support respective further portions of the bars (3), a radial handling unit (30), suitable to carry out the controlled radial displacement of the supported bars (3), so as to allow the progressive positioning of the bars (3) according to a shape convergent towards the longitudinal axis (A) and therefore the manufacturing of the conical metal cage.
    • 用于制造用于锥形支柱的金属笼(2)的装置,所述笼由一系列纵杆(3)制成,根据围绕纵向轴线(A)的预定圆形几何形状布置,并且通过固定在 通过围绕与所制造的保持架(2)的纵向轴线(A)重合的轴线的旋转运动和移动运动的组合,将至少一个金属丝线(4)螺旋地缠绕在相同的杆(3)上,包括 适于支撑所述杆(3)的相应另外部分的第一支撑头(10),适于支撑杆(3)的相应另外部分的第二支撑头(20),径向处理单元(30),适于 执行支撑杆(3)的受控的径向位移,以允许杆(3)根据朝向纵向轴线(A)收敛的形状逐渐定位,因此允许制造锥形金属笼。
    • 4. 发明申请
    • MACHINE FOR MANUFACTURING METAL CAGES
    • 制造金属制品的机器
    • WO2012055803A3
    • 2012-06-28
    • PCT/EP2011068512
    • 2011-10-24
    • SCHNELL SPARUPOLI SIMONE
    • RUPOLI SIMONE
    • B21F27/12
    • B21F27/124
    • The machine for manufacturing metal cages comprises an operating station (10), having a fixed position and provided with a first rotating member (11) suitable to support passing a plurality of longitudinal bars in the fixing position for forming the cage, and a mobile head (20), suitable to be actuated with a shift motion in a direction axial to said forming cage and provided with a rotating member (21) to which are made integral respective ends of the bars. Respective motor members (46, 26) are suitable to actuate in synchronous rotation the rotating members (11, 21), in suitable phase relation with the shift motion of the mobile head (20). The rotating member (11) of the fixed station (10) is carried suspended at an end of an axial shaft (40), carrying integral at least one support element (30) of the bars and suitable to be actuated in rotation at the opposite end by respective motor members (46).
    • 用于制造金属笼的机器包括具有固定位置的操作台(10),并设置有第一旋转构件(11),该第一旋转构件适合于支撑通过用于形成保持架的固定位置中的多个纵向杆,以及移动头 (20),适于在与所述成形笼的轴向方向上的移动运动下致动,并且设置有旋转构件(21),所述旋转构件被制成与所述杆的相应端部的整体。 相应的电动机构件(46,26)适于与旋转构件(11,21)同步地旋转,与移动头部(20)的移动运动呈适当的相位关系。 固定站(10)的旋转构件(11)被悬挂在轴向轴(40)的端部,承载杆的至少一个支撑元件(30),并且适于在相对的位置旋转地致动 由各个电动机构件(46)结束。