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    • 3. 发明授权
    • Inter-pressing-machine work transfer device
    • 互压机工作传送装置
    • US07316149B2
    • 2008-01-08
    • US11042894
    • 2005-01-25
    • Kiyokazu BabaKazuhiko ShirozaTakashi MoriyasuShuuji Mizuguchi
    • Kiyokazu BabaKazuhiko ShirozaTakashi MoriyasuShuuji Mizuguchi
    • B21D43/05
    • B21D43/05
    • The present invention provides a work transfer device for transferring a work between adjoining pressing machines including a work holder (30) for holding a work W, a carrier (23) provided between the adjoining pressing machines (10) and capable of being linearly moved in a direction orthogonal to a work transfer direction with a driving mechanism, and a swinging body (71) with a swinging center shaft thereof provided on this carrier (23) and capable of being driven for swinging by a swinging mechanism (84) along the work transfer direction, and the work holder (30) is provided in the swinging body (71). Because of this configuration, it is not necessary to secure a trajectory for swiveling like in a robot arm type of transfer device, not to extend a lift beam up to a position close to a slide like in the feeder type of transfer device, so that it is not necessary to widen a clearance between uprights (12) and a tandem press (1) can be size-reduced as a whole.
    • 本发明提供一种工件传送装置,用于在包括用于保持工件W的工件保持器(30)和相邻的压力机(10)之间的能够被直线移动的承载件(23)之间的邻接的压力机之间传送工件 具有驱动机构的与工件传送方向正交的方向,在该托架(23)上设有摆动中心轴的摆动体(71),能够通过摆动机构(84)沿着工件 传送方向,并且工件保持件(30)设置在摆动体(71)中。 由于这种结构,就像在机器人手臂式转印装置中一样,不需要固定用于旋转的轨迹,而是不将升降梁延伸到与馈送型输送装置相似的位置上,所以, 不需要在立柱(12)之间加宽间隙,并且串联压机(1)的整体尺寸可以减小。
    • 4. 发明授权
    • Transfer feeder
    • 输送机
    • US06701769B2
    • 2004-03-09
    • US10114979
    • 2002-04-04
    • Kazuhiko Shiroza
    • Kazuhiko Shiroza
    • B21D4305
    • B21D43/05
    • Short lift beam is employed for each transfer area, the lift beam is driven by a compact servomotor for transferring the workpieces, and the carrier is driven by the linear motor being integral therewith. Therefore, consumption of electric power can be reduced significantly, thereby promoting energy saving. The control may be performed depending on the die employed in each workstation by controlling the motion of the lift beam or the carrier at each transfer area arbitrarily by the controller. Consequently, drive with interference between the workpieces and the dies eliminated can be realized irrespective of the size or other element of the dies, thereby increasing design freedom of the die.
    • 对于每个传送区域采用短提升梁,提升梁由用于传送工件的紧凑型伺服电机驱动,并且载体由与其成一体的线性电动机驱动。 因此,可以显着降低电力消耗,从而促进节能。 可以通过控制器任意地控制提升梁或载体在每个传送区域的运动来根据每个工作站中使用的模具进行控制。 因此,不管模具的尺寸或其他元件如何,可以实现在工件和模具之间的干涉的驱动,从而增加了模具的设计自由度。
    • 5. 发明授权
    • Transfer feeder
    • 输送机
    • US5649443A
    • 1997-07-22
    • US505342
    • 1995-08-24
    • Kazuhiko ShirozaKiyokazu BabaKenji Nishida
    • Kazuhiko ShirozaKiyokazu BabaKenji Nishida
    • B21D43/05
    • B21D43/055B21D43/05B21D43/052
    • A transfer feeder which comprises: a pair of lifting beams (9) which are so disposed as being parallel to each other and extending in a workpiece conveying direction; a lifting mechanism (10) for driving the said pair of the lifting beams in upward and downward directions; a plurality of pairs of cross bar carriers (15) which are so arranged on the said pair of the lifting beams as to be spaced apart from, and connected with, one another and be displaceable in the said workpiece conveying direction; a cross bar (16) that is transversely bridged across a said pair of those cross bar carriers as afore-said which are juxtaposed with each other, and that has a workpiece attracting means (19) attached thereto; and a feed mechanism (22) for driving the said cross bar carriers in a feed direction, the said transfer feeder being characterized in that at least the said lifting mechanism is provided with its drive source that is constituted by a servo-motor (11). According to this construction, since the lifting beam is driven by a servo-motor, such cross bars which are multiple can be displaced in any movement pattern as desired, thus enabling a variety of movement patterns to be readily obtained as desired. Furthermore, as an individual cam is not required for each individual movement pattern to be established, it follows that a drastic simplification of the drive mechanism is hereby achieved.
    • PCT No.PCT / JP94 / 00412 Sec。 371日期1995年8月24日 102(e)日期1995年8月24日PCT 1995年3月15日PCT公布。 出版物WO94 / 21404 日期1994年9月29日一种转送给料机,包括:一对提升梁(9),它们彼此平行并沿着工件输送方向延伸; 提升机构(10),用于沿上下方向驱动上述一对提升梁; 多个成对的横杆架(15),其设置在所述一对提升梁上,以便彼此间隔开并且彼此连接并且可在所述工件输送方向上移动; 跨过所述一对横杆承载件横向桥接的横杆(16),如前所述,它们彼此并置,并且具有附接到其上的工件吸附装置(19); 以及用于沿进给方向驱动所述横杆支架的进给机构(22),所述输送进给器的特征在于至少所述提升机构设置有由伺服马达(11)构成的驱动源, 。 根据该结构,由于提升梁由伺服电动机驱动,因此可以根据需要以任何移动模式移位多个的横杆,从而能够根据需要容易地获得各种运动模式。 此外,由于每个单独的运动模式不需要单独的凸轮,因此可以实现驱动机构的极大的简化。
    • 6. 发明申请
    • Workpiece Conveyance Device for Pressing Machine
    • 压力机工件输送装置
    • US20070289352A1
    • 2007-12-20
    • US11631870
    • 2005-07-08
    • Kazuhiko Shiroza
    • Kazuhiko Shiroza
    • B21D43/05
    • B21D43/055
    • A work conveyance device for a pressing machine, consuming less energy and enabling reduction in production costs. The workpiece conveyance device has a pair of transfer bars provided in parallel to a feed direction; support members for moving each of the transfer bars freely in the feed direction while restricting the transfer bars in a lift direction; linear motors interposed between the support members and the transfer bars, for moving the transfer bars in the feed direction relative to the support members; lift devices for moving the support members in the lift direction; and workpiece holding jigs detachably mounted to the transfer bars, for holding a workpiece.
    • 一种用于压制机的工作输送装置,消耗较少的能量并且能够降低生产成本。 工件传送装置具有平行于进给方向设置的一对传送杆; 支撑构件,用于在进给方向上自由移动每个转移杆,同时在升降方向上限制转移杆; 介于所述支撑构件和所述传送杆之间的线性马达,用于相对于所述支撑构件在所述进给方向上移动所述传送杆; 提升装置,用于在升降方向上移动支撑构件; 以及可拆卸地安装到转移棒上的用于保持工件的工件保持夹具。