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    • 71. 发明授权
    • Spring manufacturing apparatus and driving force transmitting component mounted on the apparatus
    • 弹簧制造装置和驱动力传递部件安装在装置上
    • US07143620B2
    • 2006-12-05
    • US10640223
    • 2003-08-13
    • Ichiro Itaya
    • Ichiro Itaya
    • B21F35/02
    • B21F3/02
    • The slide motions of tools mounted on tool units (400A, 400B, 400C) are realized by a single ring gear (10) serving as a common driving force for all the tool units and arranged on a forming table (200), and cam shaft blocks (20) for transmitting the rotation force of the ring gear (10) to the tool units (400A, 400B, 400C). The cam shaft blocks (20) are formed separately from the tool units (400A, 400B, 400C). The angles of arrangement of the cam shaft blocks (20) on the forming table (200) can be changed independently of the tool units (400A, 400B, 400C).
    • 安装在工具单元(400A,400B,400C)上的工具的滑动运动由用作所有工具单元的共同驱动力的单个齿圈(10)实现并且布置在成形台(200)上, 以及用于将齿圈(10)的旋转力传递到工具单元(400A,400B,400C)的凸轮轴块(20)。 凸轮轴块(20)与工具单元(400A,400B,400C)分开形成。 可以独立于工具单元(400A,400B,400C)改变成型台(200)上的凸轮轴块(20)的布置角度。
    • 73. 发明申请
    • Method for producing an end lug of a spring member formed of a strand of wire, and apparatus for manufacturing same
    • 用于制造由线股形成的弹簧部件的端部凸耳的方法及其制造装置
    • US20050204794A1
    • 2005-09-22
    • US11083414
    • 2005-03-18
    • Norbert Speck
    • Norbert Speck
    • B21F3/02B21F35/00B21F35/02
    • B21F3/02B21F35/02
    • A method and apparatus for producing an end lug of a spring member formed of a strand of wire, the strand of wire is initially gripped by two clamping jaws or a pair of tongs, held between said clamping jaws and, subsequently, at a predetermined distance behind the gripping tongs, while forming a rear wire segment protruding behind the spring element, is severed. In this regard, a shaping jaw conforming to the shape of the lug is employed as the one clamping jaw of the gripping tongs, around which the wire segment is bent by means of a shaping pin that can be inserted directly behind the other clamping jaw perpendicular to the longitudinal center line of the wire segment over the latter to form the lug. The relative movements between the shaping pin and the shaping jaw required for this purpose are generated by means of program-controlled movements of the gripping tongs and/or shaping pin.
    • 一种用于制造由一股钢绞线形成的弹簧构件的端部凸耳的方法和装置,该线束最初由两个夹钳或一对钳夹紧,夹持在所述夹爪之间,并且随后以预定距离 在夹紧钳后面,形成突出在弹簧元件后面的后线段被切断。 在这方面,采用符合凸耳形状的成形夹爪作为夹紧钳的一个夹爪,线段通过成形销弯曲,该成形销可以直接插入在另一个夹钳垂直的后面 到线段的纵向中心线上,以形成凸耳。 通过夹钳和/或成形销的程序控制的运动,可以在成形销和成形夹爪之间进行相对运动。
    • 75. 发明授权
    • Spring-making machine
    • 弹簧机
    • US5791184A
    • 1998-08-11
    • US711662
    • 1996-09-09
    • Chin-Tu Wu
    • Chin-Tu Wu
    • B21F3/06B21F35/00B21F35/02
    • B21F35/00B21F3/06
    • A spring-making machine including a spring wire feeding device having a frame, a driving disk rotatably mounted on the frame, a first sleeve fixedly arranged on one side of the frame and having a plurality of fixing holes, a second sleeve inserted into the first sleeve and fixedly mounted on the driving disk, and an elongated core having a sectorial portion with an angle less than 180 degrees at an end thereof and a opening at another end, the core having an axial hole and a radial outlet, a guide rod having an axial hole adapted to receive a spring wire and having an end inserted into the axial hole of the core, and a clamp having a recess in which is fitted another end of the guide rod and a bolt extending through the clamping means to engage with the guide rod.
    • 一种弹簧制造机,包括具有框架的弹簧丝馈送装置,可旋转地安装在框架上的驱动盘,固定地布置在框架的一侧上并具有多个固定孔的第一套筒,插入第一 并且固定地安装在驱动盘上,细长的芯具有在其一端具有小于180度的角度的扇形部分和在另一端的开口,所述芯具有轴向孔和径向出口,导杆具有 适于接收弹簧线并具有插入到芯的轴向孔中的端部的轴向孔,以及具有凹部的夹具,其中安装有导向杆的另一端和延伸穿过夹紧装置的螺栓, 导杆。
    • 76. 发明授权
    • Device for bending the ends of metallic binding spirals
    • 用于弯曲金属结合螺旋端部的装置
    • US5497811A
    • 1996-03-12
    • US241533
    • 1994-05-12
    • Daniele P. Pigna
    • Daniele P. Pigna
    • B21F11/00B21F35/02B21F45/16
    • B21F11/005B21F35/02B21F45/16
    • A device for bending the ends (17) which result from cutting to size a metallic binding spiral (9) includes a contrasting member (4) provided at the front with two pairs (12, 12') of flat lugs, mutually parallel and orthogonal to the axis of the spiral (9), suitable to securely retain the roots (16) of the two prongs (14) of the spiral (9) between which the cut has been performed, and a pushing member (7) provided at the front with a central tooth (13) radiused to the body of the pusher (7) and also orthogonal to the axis of the spiral (9), suitable to bend the ends (17) parallelly to the prongs (14) by interacting with said contrast (4). The contrast (4) and the pusher (7) move along substantially orthogonal axes under the action of double-acting pneumatic jacks.
    • 用于弯曲由切割成尺寸的金属装订螺旋(9)产生的端部(17)的装置包括:设置在前面的对比构件(4),所述对置构件(4)具有相互平行和正交的两对扁平凸耳(12,12') 螺旋(9)的轴线适于牢固地保持已经进行切割的螺旋(9)的两个尖头(14)的根部(16)与设置在其上的推动构件(7) 前部具有圆形到推动器(7)的主体并且还与螺旋(9)的轴线正交的中心齿(13),适于通过与所述螺旋(9)的相互作用而平行地弯曲端部(17) 对比(4)。 对比度(4)和推动器(7)在双作用气动千斤顶的作用下沿着大致正交的轴移动。
    • 78. 发明授权
    • Spring toe forming device and method
    • 弹簧脚趾成形装置及方法
    • US5454249A
    • 1995-10-03
    • US342652
    • 1994-11-21
    • Mark A. KempfSean M. Frost
    • Mark A. KempfSean M. Frost
    • B21F35/00B21F35/02
    • B21F3/02B21F35/00B21F35/02
    • Apparatus for forming a spring having a spring body and first and second generally axial toes from a wire is disclosed. The apparatus includes mechanisms for feeding the wire from a fixed outlet, wherein the fixed outlet directs the wire in a path; bending a first length of wire fed from the fixed outlet to form a first generally axial toe; bending a second length of wire fed from said fixed outlet to form a spring body; and bending a third length of the wire fed from the fixed outlet to form a second generally axial toe. The wire is then clipped after the formation of the second generally axial toe to separate the spring from a remaining portion of the wire. A method of forming such a spring is also disclosed.
    • 公开了一种用于形成具有弹簧体的弹簧和从导线的第一和第二大致轴向的脚趾的装置。 所述设备包括用于从固定出口进给所述线的机构,其中所述固定出口将所述导线引导到路径中; 弯曲从固定出口进给的第一长度的丝线以形成第一大致轴向趾部; 弯曲从所述固定出口馈送的第二长度的丝线以形成弹簧体; 以及弯曲从固定出口进给的丝线的第三长度以形成第二大致轴向的脚趾。 然后在形成第二大致轴向脚趾之后,将线材夹紧,以将弹簧与线的剩余部分分开。 还公开了一种形成这种弹簧的方法。
    • 79. 发明授权
    • Coil spring hooking method and apparatus
    • 线圈弹簧钩挂方式及装置
    • US4745951A
    • 1988-05-24
    • US399840
    • 1982-07-19
    • Arthur W. E. Guenther
    • Arthur W. E. Guenther
    • B21F35/02
    • B21F35/02
    • A method and apparatus for forming at least one end of a coil spring blank into a hook, in which the blank is releasably clamped on a carriage at the first of a series of succeeding stations through which the carriage is movable. Where an end loop of the coil is to be formed into a hook that loop is bent into a position transverse to the axis of the coil of the blank at a second station and at a further succeeding station the free end of the loop is severed to a predetermined length. Where a laterally extending leg of the blank is to be formed into a hook the leg is bent into a position transverse to the axis of the coil of the blank at a second station, the leg is bent at a third station to form a hook, and at a fourth station the free end of the leg is severed to a predetermined length.
    • 一种用于将螺旋弹簧坯料的至少一端形成钩的方法和装置,其中坯件可释放地夹紧在一系列后续台架的第一个台架上,托架通过该托架可移动。 在线圈的端环将被形成钩的情况下,环在第二站和另一后续站处弯曲成横过坯料的线圈的轴线的位置,环的自由端被切断 预定长度。 在坯料的横向延伸的腿要形成钩的情况下,腿在第二站弯曲成横过坯料的线圈的轴线的位置,腿在第三站弯曲以形成钩, 并且在第四站处,腿的自由端被切断到预定的长度。
    • 80. 发明授权
    • Method and apparatus for forming a row of spring coils from a continuous
length of wire
    • 用于从连续长度的线形成一排弹簧线圈的方法和装置
    • US4726106A
    • 1988-02-23
    • US905851
    • 1986-09-10
    • Henry G. Mohr
    • Henry G. Mohr
    • B21F3/12B21F27/16B21F35/02
    • B21F27/16B21F3/12Y10T29/49613
    • A single continuous length of wire is formed into a continuous length spiral or helix, which is subsequently placed onto a moving chain conveyor having pins upstanding therefrom. The helix then is folded into a wave configuration for establishing a row of parallel coils by folding the links so as to move further apart a pair of adjacent pins of adjacent links while simultaneously moving closer together other pins on the same adjacent links. Thereby, the individual spring coils are arranged in generally parallel alignment one with the other within the row. Each coil in the row is thereby connected at its opposite ends to adjacent coils by three-dimensional looped connector segments. The looped connector segments are then formed into substantially two-dimensional planar configuration by engagement of the center section of the connector segment with a forming tool, which forming tool is then operative to pull the center portion of the connector segment outwardly, and then after clamping of the end loops or turns of the coils at opposite ends of the connector segment, rotating the forming tool and the center portion of the connector segment so as to establish a connector segment having parallel opposite end sections interconnected by an offset section. During forming of the end segments or heads of the connector segment of the coils, each connectors segment is deformed from a looped three-dimensional attitude into a generally planar configuration comprising parallel end sections interconnected by an offsetting center section.
    • 单个连续长度的线形成为连续长度的螺旋或螺旋,其随后被放置在具有直立的销的移动链式输送机上。 然后,螺旋被折叠成波形配置,用于通过折叠连杆来建立一排平行线圈,以便进一步分开相邻链节的一对相邻引脚,同时使相邻相邻链节上的其他引脚更靠近在一起。 因此,各个弹簧线圈以与行内的另一个大致平行地对齐的方式布置。 因此,行中的每个线圈在其相对端通过三维环形连接器段连接到相邻线圈。 环形连接器段然后通过连接器部分的中心部分与成形工具的接合形成基本上二维的平面构造,该成形工具然后可操作以将连接器部分的中心部分向外拉,然后夹紧 在连接器段的相对端处的线圈的端部环或匝之间旋转成形工具和连接器部分的中心部分,以便建立具有由偏移部分互连的平行相对端部的连接器部分。 在形成线圈的连接器部分的端部段或头部期间,每个连接器部分从环形三维姿态变形为包括通过偏移中心部分互连的平行端部部分的大致平面构造。