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    • 1. 发明授权
    • Device for controlling the drive of a reel
    • 用于控制卷轴驱动的装置
    • US08382024B2
    • 2013-02-26
    • US12902926
    • 2010-10-12
    • Stefan FriesWerner SteinhilberHelmut Lengerer
    • Stefan FriesWerner SteinhilberHelmut Lengerer
    • B21C47/16B21C49/00B21F23/00B65H51/30B65H59/38
    • B21C47/16B21C49/00B21F23/00B65H51/10B65H51/30B65H59/387
    • With a device for controlling the drive of a reel, with a wire supply in the form of a coil of said wire supply, from which the wire, through interposition of a tensioning device, which is spring-pretensioned in one deflection direction and effective up to a maximum deflection, for approximated stabilization of the wire tension of a feed installation of the wire infeed of a downstream positioned wire processing machine, the velocity curve of the feed rate of the wire infeed in accordance with a preset velocity-time profile is controlled by a control unit of the wire processing machine, and whereby the curve of the rotation speed of the reel in accordance with a preset rotation speed-time profile is controlled by the drive control of the reel, whereby the drive control of the reel sets the rotation speed-time profile of the reel, with regard to the velocity-time profile of the feed rate, forward by a preset time interval.
    • 利用用于控制卷轴驱动的装置,以所述电线供应线圈形式的电线供给,通过插入张紧装置的电线,弹簧预张紧在一个偏转方向上并有效地上升 对于最大偏转,为了近似稳定下游定位的丝线加工机的送丝装置的进给装置的丝线张力,控制根据预设的速度 - 时间曲线的送丝速度的速度曲线 通过线加工机的控制单元,通过卷轴的驱动控制来控制卷轴根据预设的转速 - 时间曲线的转速的曲线,由此卷轴的驱动控制将 关于进给速度的速度 - 时间曲线,卷轴的转速 - 时间曲线以预设的时间间隔向前。
    • 2. 发明申请
    • METHOD AND APPARATUS FOR THE PRODUCTION OF A BENT PART
    • 生产零件的方法和装置
    • US20110192204A1
    • 2011-08-11
    • US12900641
    • 2010-10-08
    • Werner SteinhilberStefan FriesAnton SchoenleMatthias Groeninger
    • Werner SteinhilberStefan FriesAnton SchoenleMatthias Groeninger
    • B21D7/12B21D31/00
    • B21F1/00B21D7/12
    • A method produces a bent part by two- or three-dimensional bending of an elongate workpiece, in particular a wire or tube, in a bending process wherein at least one portion of the workpiece is moved into an initial position in the region of engagement of a bending tool by one or more feed operations by the coordinated activation of the movements of driven machine axes of a bending machine numerically controlled by a control device and is formed by bending in at least one bending operation with the aid of a bending tool. The movements of the driven machine axes are generated according to a movement profile predeterminable by the control device of the bending machine and include at least one oscillation-relevant movement leading to an oscillation of the free end portion of the bent part. During an oscillation-relevant movement, a compensating movement, reducing the generation of oscillation and/or damping the oscillation, a machine axis is generated in at least one compensation time interval.
    • 一种方法通过弯曲过程中的细长工件,特别是线或管的二维或三维弯曲来产生弯曲部分,其中工件的至少一部分在接合区域中移动到初始位置 通过由控制装置数字控制的弯曲机的从动机器轴的运动的协调启动而通过一个或多个进给操作的弯曲工具,并且通过弯曲工具在至少一个弯曲操作中弯曲形成。 从动机器轴的运动根据由弯曲机的控制装置预先确定的运动轮廓产生,并且包括至少一个振动相关运动,导致弯曲部分的自由端部的振动。 在振荡相关运动期间,补偿运动,减少振荡的产生和/或阻尼振荡,在至少一个补偿时间间隔内产生机器轴。
    • 3. 发明授权
    • Method and apparatus for the production of a bent part
    • 用于生产弯曲部分的方法和装置
    • US08573019B2
    • 2013-11-05
    • US12900641
    • 2010-10-08
    • Werner SteinhilberStefan FriesAnton SchoenleMatthias Groeninger
    • Werner SteinhilberStefan FriesAnton SchoenleMatthias Groeninger
    • B21D11/00G06F19/00
    • B21F1/00B21D7/12
    • A method produces a bent part by two- or three-dimensional bending of an elongate workpiece, in particular a wire or tube, in a bending process wherein at least one portion of the workpiece is moved into an initial position in the region of engagement of a bending tool by one or more feed operations by the coordinated activation of the movements of driven machine axes of a bending machine numerically controlled by a control device and is formed by bending in at least one bending operation with the aid of a bending tool. The movements of the driven machine axes are generated according to a movement profile predeterminable by the control device of the bending machine and include at least one oscillation-relevant movement leading to an oscillation of the free end portion of the bent part. During an oscillation-relevant movement, a compensating movement, reducing the generation of oscillation and/or damping the oscillation, a machine axis is generated in at least one compensation time interval.
    • 一种方法通过弯曲过程中的细长工件,特别是线或管的二维或三维弯曲来产生弯曲部分,其中工件的至少一部分在接合区域中移动到初始位置 通过由控制装置数字控制的弯曲机的从动机器轴的运动的协调启动而通过一个或多个进给操作的弯曲工具,并且通过弯曲工具在至少一个弯曲操作中弯曲形成。 从动机器轴的运动根据由弯曲机的控制装置预先确定的运动轮廓产生,并且包括至少一个振动相关运动,导致弯曲部分的自由端部的振动。 在振荡相关运动期间,补偿运动,减少振荡的产生和/或阻尼振荡,在至少一个补偿时间间隔内产生机器轴。
    • 4. 发明授权
    • Cathodic sputtering chamber for applying material to the surface of a semiconductor wafer located therein
    • 用于将材料施加到位于其中的半导体晶片的表面的阴极溅射室
    • US06682635B2
    • 2004-01-27
    • US10085446
    • 2002-02-28
    • Hermann BichlerReinhard HanzlikFrank MuellerStefan FriesHelmut Endl
    • Hermann BichlerReinhard HanzlikFrank MuellerStefan FriesHelmut Endl
    • C23C1434
    • H01J37/3447C23C14/564
    • A chamber (10) for applying material to the surface of a semiconductor wafer (18) located in the chamber by means of cathodic sputtering a target (26), located on a target mount (24), of the material to be applied or a component thereof, contains a wafer mount (14) on which the semiconductor wafer (18) to be coated is located. The wafer mount (14) is provided movable in the chamber (10) between a charging position for application of the semiconductor wafer and a sputtering position in which semiconductor wafer is located at a predefined distance away from and opposite to the target. Provided in the chamber is a shielding support (30) which is supported by the edge of the semiconductor wafer in the sputtering position in maintaining it in contact with the wafer mount, the shielding support extending between the edge of the semiconductor wafer and a portion adjoining the edge of the target on the target mount and thus defining a sputtering space between the target and the semiconductor wafer.
    • 一种用于通过阴极溅射将位于所述腔室中的半导体晶片(18)的表面施加材料的室(10),所述靶(26)位于所述待施加材料的靶材(24)上,或者 其组件包含晶片安装件(14),待涂覆的半导体晶片(18)位于其上。 晶片安装件(14)设置成可在半导体晶片的施加位置和溅射位置之间的腔室(10)中移动,其中半导体晶片位于远离目标的预定距离处。 在腔室中设置有屏蔽支撑件(30),其在溅射位置由半导体晶片的边缘支撑,以保持其与晶片安装座接触,所述屏蔽支撑件在半导体晶片的边缘与邻接的部分之间延伸 目标物体上的靶的边缘,从而在靶和半导体晶片之间限定溅射空间。
    • 5. 发明授权
    • Bending apparatus for rod-shaped workpieces
    • 棒状工件弯曲装置
    • US09067255B2
    • 2015-06-30
    • US13543149
    • 2012-07-06
    • Stefan FriesJoerg MoeckFrank WeiblenHarry Schweikardt
    • Stefan FriesJoerg MoeckFrank WeiblenHarry Schweikardt
    • B21F1/00
    • B21F1/00B21F1/006
    • A bending device for rod-shaped workpieces having a bending head with a mandrel rotatable about a rotation axis, a cutting device for cutting the respective workpiece in a cutting plane, and a feed and straightening device for feeding the workpieces to the bending head, the cutting device capable of being moved along a travel path in the feed direction of the workpieces, with the bending head capable of being shifted between an operating position in which it is moved towards the workpiece and an inactive end position remote therefrom, the bending head, in order to assume its operating position, can be moved into the travel path of the cutting device, whereas, when assuming its inactive end position, it is positioned outside the travel path of the cutting device, and, when the bending head is situated in its inactive end position, the cutting device can be moved downstream on its travel path at least partly over the area of the operating position of the bending head.
    • 一种用于棒状工件的弯曲装置,具有可绕旋转轴线旋转的心轴的弯曲头,用于在切割平面中切割相应工件的切割装置,以及用于将工件馈送到弯曲头的进给和矫直装置, 切割装置,其能够沿着工件的进给方向上的行进路径移动,其中弯曲头能够在其朝向工件移动的操作位置和远离其的非活动终止位置之间移动,弯曲头, 为了承担其操作位置,可以移动到切割装置的行进路径中,而当假定其不活动的结束位置时,其位于切割装置的行进路径的外侧,并且当弯曲头位于 其不活动的终止位置,切割装置可以在其行进路径上至少部分地在弯曲头的操作位置的区域上向下游移动。