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    • 2. 发明申请
    • Bending apparatus for rod-shaped and tubular workpieces
    • 棒状和管状工件弯曲装置
    • US20060201219A1
    • 2006-09-14
    • US11369256
    • 2006-03-07
    • Frank HackerWerner MaierPatrik SchlundJurgen WolfDietmar Sautter
    • Frank HackerWerner MaierPatrik SchlundJurgen WolfDietmar Sautter
    • B21D7/04
    • B21D7/024
    • A bending apparatus for rod-shaped and tubular workpieces, includes a rotatable bending mandrel with a bending groove is provided with a wrinkle smoothener, which immediately precedes the bending mandrel, and two sliding jaws. In order to change the bending direction around the bending mandrel, the sliding jaws can be moved to the other side thereof. In doing so, the sliding jaw on the side of the bending mandrel is arranged freely rotatable on a support axis, which extends parallel to the axis of rotation of the bending mandrel and whose position relative to the bending mandrel can be shifted parallel to the feeding direction of the workpiece. The sliding jaw is provided such that the end of its forming groove facing towards the bending mandrel can be placed in contact with the bending groove by shifting the support axis and, thus, its forming groove tangentially joins said groove.
    • 用于棒状和管状工件的弯曲装置包括具有弯曲凹槽的可旋转弯曲心轴,其具有紧邻弯曲心轴之前的皱纹平滑器和两个滑动夹爪。 为了改变围绕弯曲心轴的弯曲方向,滑动爪可以移动到其另一侧。 在这样做时,弯曲心轴一侧的滑动夹爪可以在平行于弯曲心轴的旋转轴线的支撑轴线上自由旋转地布置,并且相对于弯曲心轴的位置可以平行于进给 工件方向。 滑动夹爪被设置成使得其形成凹槽面向弯曲心轴的端部可通过移动支撑轴线而与弯曲凹槽接触,并且因此其成形凹槽切向连接所述凹槽。
    • 4. 发明申请
    • Machine for bending rod-shaped or tubular workpieces
    • 用于弯曲棒状或管状工件的机器
    • US20050210945A1
    • 2005-09-29
    • US11088102
    • 2005-03-23
    • Werner MaierJurgen WolfFrank HackerPatrick SchlundDieter GeiselDietmar Sautter
    • Werner MaierJurgen WolfFrank HackerPatrick SchlundDieter GeiselDietmar Sautter
    • B21D7/024B21D7/04
    • B21D7/024
    • On a machine for bending rod-shaped or tubular workpieces, which includes a bending head having a bending mandrel mounted on a rotational axis and rotatable by means of a rotary drive, and having a clamping device for pressing the workpiece to be bent against a forming groove on the bending mandrel and also a feeding device for the workpiece to be processed, whereby the clamping device is positionable relative to the bending mandrel and can is also pivotable concentrically to the rotational axis of the bending mandrel, the clamping device is attached to two mutually independent rotary drives, one of which performs its pivoting movement about the rotational axis of the bending mandrel, and via the other of which it can be moved with respect to the bending mandrel by using an interposed conversion transmission that converts a rotary motion to a linear motion, whereby the bending head includes three concentrically nested rotary shafts for transmitting the drive of the three rotary drives to the bending mandrel, to the conversion transmission and to the clamping device, each of which is connected to one of the rotary drives.
    • 在用于弯曲棒状或管状工件的机器上,其包括具有安装在旋转轴线上并可通过旋转驱动器旋转的弯曲心轴的弯曲头,并且具有夹紧装置,用于将工件按压成形以抵抗成形 弯曲心轴上的凹槽,以及用于待加工的工件的进给装置,由此夹紧装置可相对于弯曲心轴定位,并且还可以同心地枢转到弯曲心轴的旋转轴线,夹紧装置附接到两个 相互独立的旋转驱动器,其中一个旋转驱动器执行其围绕弯曲心轴的旋转轴线的枢转运动,并且经由另一个旋转驱动器可以通过使用将旋转运动转换为 直线运动,由此弯头包括三个同心嵌套的旋转轴,用于传送三个旋转驱动器的驱动 到弯曲心轴,到转换传动装置和夹紧装置,每个装置连接到一个旋转驱动装置。
    • 5. 发明授权
    • Ram-side ejector device for workpieces in single-or multi-stage presses
    • 用于单级或多级压力机的工件的拉姆式顶出装置
    • US06907765B2
    • 2005-06-21
    • US10375184
    • 2003-02-27
    • Dietmar SautterWerner GoedtnerUdo Kuehne
    • Dietmar SautterWerner GoedtnerUdo Kuehne
    • B21J13/14
    • B21J13/14
    • A ram-side ejector device for shaping presses comprising a press carriage, which is movable between a pressing position extended relative to a stationary press die and an end position at a distance therefrom and comprises a press ram cooperating with the stationary press die, said presses further comprising an ejector pin carried on the press carriage the pressing direction and penetrating the press ram, said ejector pin being movable between a retracted end position, in which it is supported, by its end remote from the die, on a stop formed on the press carriage, and an extended position protruding from the press ram, wherein the end of said pin remote from the die is distanced from the stop, said pin being provided with a resetting means which acts counter to the direction in which said pin is extended and which may be releasably blocked, when the press carriage returns from its pressing position, by a blocking means fixed to the press frame counter to the return movement of the press carriage, the activation or deactivation of the blocking means and the activation of the resetting means being program-controlled and coupled with each other, characterized in that the blocking means comprises a positionally adjustable blocking element, which may be retracted into blocking engagement with the ejector pin or with a part connected therewith, while the ejector pin contacts the stop.
    • 一种用于成型压力机的压头侧喷射器装置,包括一个可在相对于固定压模延伸的压力位置和距离其间距离的端部位置之间移动的压力支架,包括与固定压模配合的压力冲头,所述压力机 还包括一个顶推销,该推杆承载在挤压支架上的按压方向并且穿过压力冲杆,所述顶销可以在其被支撑的缩回端位置之间移动,在其缩回端位置远离模具, 推压滑架和从压力机凸起突出的延伸位置,其中远离模具的所述销的端部远离止动件,所述销设置有与所述销延伸的方向相反的复位装置, 当压力支架从其按压位置返回时,其可以可释放地阻塞,通过固定到压力机架上的阻挡装置抵抗压头的返回运动 锁定装置的启动或停用以及复位装置的启动被程序控制和彼此耦合,其特征在于,阻挡装置包括位置可调的阻挡元件,其可以缩回到与 顶针或与其连接的部件,而顶针接触止动件。
    • 7. 发明授权
    • Apparatus for shaping wire
    • 电线成型设备
    • US5363681A
    • 1994-11-15
    • US68014
    • 1993-05-27
    • Norbert SpeckTheodor TrosterDietmar Sautter
    • Norbert SpeckTheodor TrosterDietmar Sautter
    • B21F1/00B21F1/02B21F3/02B21F3/027B21F3/06B21F23/00B21F35/00
    • B21F3/027B21F1/00B21F3/02
    • The invention relates to a wire shaping device. State of the art: DE 39 15 784 C1 discloses a wire shaping device comprising a program controlled rotating and displacing head which carries shaping tools and on to which moves the wire arriving from a stationary wire intake device. DE 22 64 589 C3 discloses, in the context of a spiral spring winding machine, a device for simultaneously taking in and twisting the incoming wire for producing an initial tension in the spring body. One disadvantage of the known wire shaping device is the relatively limited shapes of wire which can be produced. It is an object of this invention to improve the known wire shaping device for the purpose of increasing the range of finished shapes of the wire structures. The solution to this problem lies in a combination of the known twisting device with the known wire shaping device so that the wire intake device is rotatable about the axis of the wire and is program controlled, optionally also in its direction of feed (backwards as well as forwards). The advantage of this solution is the additional degree of freedom of the wire movement, which increases the shaping possibilities.
    • 本发明涉及一种线材成形装置。 现有技术:DE 39 15 784 C1公开了一种线材成形装置,其包括程序控制的旋转和移位头,其承载成形工具,并且使线从静止的线进线装置移动到该线上。 DE 22 64 589 C3在螺旋弹簧卷绕机的上下文中公开了一种用于同时吸入和扭转输入线以在弹簧体中产生初始张力的装置。 已知线材成形装置的一个缺点是可以制造的线材的相对有限的形状。 本发明的一个目的是改进已知的线材成形装置,目的是增加线材结构的成品形状的范围。 该问题的解决方案在于已知的扭转装置与已知的线材成形装置的组合,使得线材进入装置可以围绕导线的轴线旋转并且程序控制,可选地也在其进给方向(向后) 作为前进)。 该解决方案的优点是线移动的额外的自由度,这增加了成形的可能性。
    • 8. 发明授权
    • Spring winding device, particularly for spring winding machines
    • 弹簧卷绕装置,特别适用于弹簧卷绕机
    • US06393888B1
    • 2002-05-28
    • US09558315
    • 2000-04-25
    • Dietmar SautterKarl-Heinz FritzJoachim BaermanFranz Decker
    • Dietmar SautterKarl-Heinz FritzJoachim BaermanFranz Decker
    • B21F302
    • B21F3/02
    • In a spring winding device for producing right-hand or left-hand helical springs from wire, with pull-in rollers, a wire guide and two winding apparatuses, each of which has a slide guide body with a slide displaceably arranged therein, every slide guide body is swivelable at its end remote of the wire guide around a swiveling axis directed vertical to the wire guide axis. The two winding apparatuses lie on different sides of the center plane, with a drive for the movement of the slide and a cam drive controlled by a cam disk for swiveling the slide guide body. A shared cam disk with two control portions and at least one rest portion is allocated to the two cam drives. Each control portion serves to introduce controlling movements in one of the two cam drives, while the rest portion, or every rest portion, does not introduce any controlling movements in the cam drive. By rotation of the cam disk, a control portion is connected to the associated cam drive, while the other cam drive contacts the rest portion, wherein the controlled cam drive cooperates in a program-controlled manner with the drive unit for the movement of one of the slides, while the drive unit of the other slide is switched off.
    • 在用于从线材生产右手或左旋螺旋弹簧的弹簧卷绕装置中,具有拉入辊,导线器和两个卷绕装置,每个卷绕装置具有滑动导向体,滑动件可滑动地布置在其中,每个滑块 引导体在其导线引导件的远端绕着垂直于引导线轴线的旋转轴线可旋转。 两个卷绕装置位于中心平面的不同侧面,具有用于滑动件运动的驱动装置和由凸轮盘控制的凸轮驱动装置,用于使滑动导向件本体旋转。 具有两个控制部分和至少一个休息部分的共享凸轮盘被分配给两个凸轮驱动器。 每个控制部分用于在两个凸轮驱动器之一中引入控制运动,而其余部分或每个静止部分在凸轮驱动器中不引入任何控制运动。 通过凸轮盘的旋转,控制部分连接到相关联的凸轮驱动器,而另一个凸轮驱动器接触到其余部分,其中受控凸轮驱动器以程序控制的方式与驱动单元协作以便运动 幻灯片,另一张幻灯片的驱动单元关闭。
    • 9. 发明授权
    • Wire shaping apparatus, in particular universal spring winding machine,
with cutting device
    • 线材成型设备,特别是通用弹簧卷绕机,带切割装置
    • US5816091A
    • 1998-10-06
    • US823812
    • 1997-03-24
    • Dietmar SautterWalter MaierStefan HolderDietmar Stolfig
    • Dietmar SautterWalter MaierStefan HolderDietmar Stolfig
    • B21F3/02B21F11/00B21F35/00B21F3/04
    • B21F11/00B21F3/02
    • In order to obtain better noise protection, longer service life of machine and tools, and to increase the productivity of wire shaping apparatuses, in particular, a universal spring winding machine with a cutting device (16) consisting essentially of a movable cutting tool (38) with drive (80) and a stationary cutting tool (150) at which the endless intaken wire is cut, this invention suggests: to conceive the drive of the cutting tool (38) in the form of a fluid operated cylinder piston aggregate cutting cylinder (80) with program-controllable NC valve (78); to fix the movable cutting tool (38) by means of an adapter (158) to the movable part of the aggregate (piston rod 154); to bring the moving direction of the latter (154) into accordance with the shearing direction of the movable cutting tool (38).
    • 为了获得更好的噪声保护,更长的机器和工具的使用寿命以及提高线材成形设备的生产率,特别是具有主要由可动切割工具(38)组成的切割装置(16)的通用弹簧卷绕机 )具有驱动器(80)和固定切割工具(150),在该固定切割工具(150)处切割环形线,本发明提出:以流体操作的气缸活塞聚集体切割圆筒的形式来设计切割工具(38)的驱动 (80)具有程序可控数控阀(78); 通过适配器(158)将可移动切割工具(38)固定到聚集体(活塞杆154)的可移动部分; 以使后者(154)的移动方向与可动切割工具(38)的剪切方向一致。
    • 10. 发明授权
    • Bending apparatus for rod-shaped and tubular workpieces
    • 棒状和管状工件弯曲装置
    • US07293444B2
    • 2007-11-13
    • US11369256
    • 2006-03-07
    • Frank HackerWerner MaierPatrik SchlundJürgen WolfDietmar Sautter
    • Frank HackerWerner MaierPatrik SchlundJürgen WolfDietmar Sautter
    • B21D7/03
    • B21D7/024
    • A bending apparatus for rod-shaped and tubular workpieces, includes a rotatable bending mandrel with a bending groove is provided with a wrinkle smoothener, which immediately precedes the bending mandrel, and two sliding jaws. In order to change the bending direction around the bending mandrel, the sliding jaws can be moved to the other side thereof. In doing so, the sliding jaw on the side of the bending mandrel is arranged freely rotatable on a support axis, which extends parallel to the axis of rotation of the bending mandrel and whose position relative to the bending mandrel can be shifted parallel to the feeding direction of the workpiece. The sliding jaw is provided such that the end of its forming groove facing towards the bending mandrel can be placed in contact with the bending groove by shifting the support axis and, thus, its forming groove tangentially joins said groove.
    • 用于棒状和管状工件的弯曲装置包括具有弯曲凹槽的可旋转弯曲心轴,其具有紧邻弯曲心轴之前的皱纹平滑器和两个滑动夹爪。 为了改变围绕弯曲心轴的弯曲方向,滑动爪可以移动到其另一侧。 在这样做时,弯曲心轴一侧的滑动夹爪可以在平行于弯曲心轴的旋转轴线的支撑轴线上自由旋转地布置,并且相对于弯曲心轴的位置可以平行于进给 工件方向。 滑动夹爪被设置成使得其形成凹槽面向弯曲心轴的端部可通过移动支撑轴线而与弯曲凹槽接触,并且因此其成形凹槽切向连接所述凹槽。