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    • 1. 发明申请
    • COIL SHIFT TRANSFER SYSTEM
    • 线圈换档系统
    • WO2013012512A1
    • 2013-01-24
    • PCT/US2012/043232
    • 2012-06-20
    • SIEMENS INDUSTRY, INC.HOLLOWAY, Ward
    • HOLLOWAY, Ward
    • B21C47/24
    • B21C47/245B21C47/24
    • A system is disclosed for transferring a cylindrical coil (C) suspended on a first stem (12) projecting horizontally from a first base (14) to a remotely positioned and axially aligned second stem (16) projecting horizontally from a second base (18). The system comprises a track (20) extending between the first and second stems, a carriage (22) movable along the track, and a conveyor (24) on the carriage, with a receiving end (24a) and a delivery end (24b). The carriage (22) is movable along the track (20) to a first location at which the receiving end (24a) of the conveyor (24) underlies the coil (C) suspended from the first stem (12). The conveyor (24) is vertically adjustable from a lowered position spaced beneath the coil (C) to an elevated position at which the coil (C) is lifted from the first stem (12) and supported on the receiving end (24a) of said conveyor (24), with the conveyor then being operable to shift the coil (C) to a position supported on the conveyor delivery end (24b). The carriage (22) is then shiftable to a second location at which the coil (C) is axially inserted on the horizontally positioned second stem (16), with an end of the coil (C) in contact with the second base (18). The conveyor (24) is then lowered to deposit the coil (C) on the second stem (16), thereby allowing the carriage (22) to again move along the track (20) to begin another coil transferring cycle.
    • 公开了一种用于将悬挂在从第一基座(14)水平突出的第一杆(12)上的圆柱形线圈(C)传送到从第二基座(18)水平伸出的远距离定位和轴向对准的第二杆(16)的系统, 。 该系统包括在第一和第二杆之间延伸的轨道(20),可沿着轨道移动的滑架(22)和滑架上的输送机(24),其中接收端(24a)和输送端(24b) 。 托架(22)可以沿着轨道(20)移动到第一位置,在第一位置处,传送器(24)的接收端(24a)位于从第一杆(12)悬挂的线圈(C)的下面。 输送机(24)可以从线圈(C)下方的下降位置垂直调节到线圈(C)从第一杆(12)提升并被支撑在所述线圈(C)的接收端(24a)上的升高位置 输送机(24),其中输送机然后可操作以将线圈(C)移动到支撑在输送机输送端(24b)上的位置。 托架(22)然后可移动到第二位置,线圈(C)轴向插入在水平定位的第二杆(16)上,线圈(C)的端部与第二基座(18)接触, 。 然后,输送机(24)被降低以将线圈(C)沉积在第二杆(16)上,从而允许托架(22)再次沿着轨道(20)移动以开始另一线圈传送周期。