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    • 1. 发明公开
    • Spot welding machine
    • Punktschweissmaschine
    • EP0819496A3
    • 2002-03-20
    • EP97112178.5
    • 1997-07-16
    • AMADA METRECS COMPANY, LIMITED
    • Nakamura, YoshioArima, ShigenobuKitaguchi, Shinichi
    • B23K11/11B23K11/31
    • B23K11/317B23K11/318
    • In opposition to a lower electrode (31) fixed to a frame (3), an upper electrode (29) is carried by an upper pressing base (23), which is engaged with a vertical guide rail (25) and joined by a resilient slide mechanism to a piston rod (35L) of a hydraulic cylinder (35) connected to a hydraulic circuit operable for an increased distance (L3) between electrode shanks (15, 7) and fastened at a head end thereof to a lower pressing base (33), which is engaged with the guide rail and joined to a piston rod (37L) of an air cylinder (37) fastened at a head end thereof to the frame and connected to a pneumatic circuit operable for supplying a balancing pressure to have the piston rod (37L) thereof contracted to stand with a total load and for relieving the pressure when a mechanical valve (85) is operated with a pedal arm (49) stepped down for starting a welding, while the pneumatic circuit is changed over by a limit switch (57) to force down the lower pressing base.
    • 与固定于框架(3)的下部电极(31)相对,上部电极(29)由与上述垂直导轨(25)卡合的上部按压基座(23)承载, 滑动机构连接到连接到液压回路的液压缸(35)的活塞杆(35L),所述液压回路可操作以在电极杆(15,7)之间增加距离(L3),并将其头端紧固到下压制基座 33),其与导轨接合并连接到气缸(37)的活塞杆(37L),气缸(37)的头端紧固在框架上,并连接到气动回路,气动回路可用于提供平衡压力以使 活塞杆(37L)以总负载收缩而放置,当机械阀(85)在踏板臂(49)下降以进行焊接的情况下操作时,释放压力,同时气动回路由 限位开关(57)迫使下压底座。
    • 3. 发明公开
    • Punch holder apparatus
    • Stanzwerkzeughalter
    • EP0978333A2
    • 2000-02-09
    • EP99401980.0
    • 1999-08-04
    • AMADA METRECS COMPANY, LIMITED
    • Ohtsuka, YasuyukiEndo, Shigeru
    • B21D28/34B21D19/08B21D45/08
    • B21D28/34B21D19/08B21D45/08H05K3/005Y10T83/9428Y10T83/9461Y10T83/9476
    • A punch holder apparatus includes: a punch holder (7) formed with a punch mounting hole (9) and with an inspection hole (35, 53) in a direction perpendicular to a longitudinal direction of the punch holder (7); an engagement piece (37) to be mounted in the inspection hole (53, 35); a lock piece (45) formed with a receiving allowable concave section (41) to receive the engagement piece (37); and pressurizing means (39) for pressurizing the lock piece (45) so that an engagement piece pushing-out holding section (43) provided to the lock piece (45) is normally located in a position corresponding to the engagement piece (37). In the above construction, the lock piece (45) is provided so as to be capable of moving in a direction parallel to the longitudinal direction of the punch holder (7). Furthermore, the receiving allowable concave section (41) receives the engagement piece (37) which is moved in the direction perpendicular to the longitudinal direction of the punch holder (7).
    • 冲头保持装置包括:冲头保持架(7),其形成有冲头安装孔(9),并且在与冲头保持架(7)的纵向垂直的方向上具有检查孔(35,53); 安装在检查孔(53,35)中的接合件(37); 形成有用于容纳接合片(37)的容纳凹部(41)的锁定片(45) 以及用于对锁定件(45)加压的加压装置(39),使得设置在锁定件(45)上的接合件推出保持部分(43)通常位于与接合件(37)相对应的位置。 在上述结构中,锁定件(45)设置成能够沿与冲头保持架(7)的长度方向平行的方向移动。 此外,容许接收容纳凹部(41)容纳沿与冲头保持架(7)的长度方向正交的方向移动的卡合片(37)。
    • 5. 发明公开
    • ANGLE DETECTION METHOD FOR BENDING MACHINE, ANGLE DETECTION APPARATUS AND ANGLE SENSOR
    • WINKELDETEKTIONSVERFAHREN UND -ORRICHTUNGFÜRBIEGEMASCHINE
    • EP0915320A1
    • 1999-05-12
    • EP97902657.2
    • 1997-02-12
    • AMADA METRECS COMPANY, LIMITED
    • BRINKMAN, Gerben, JanHIRAIZUMI, Mitsuo
    • G01B11/26B21D5/02
    • B21D5/02G01B11/26
    • An angle detection method for a bending machines for detecting a bending angle of a bent workpiece and an angle detection apparatus and an angle sensor thereof are provided.
      A detection light is emitted toward a workpiece W from a light source 9 while the angle sensor 3 is rotated in the forward and reverse directions. A plurality of optical sensors 11, 13 arranged at mutually symmetrical positions with the light source 9 being at the center thereof receive the reflection light from the measurement object W. The quantity of received light is stored in relation to the rotation angle of the angle sensor 3 detected by an rotation angle detector 33. A angle calculation portion 35 calculates the angle of the measurement object W based on the peak values of the data of the quantity of the received light and the rotation angles of the angle sensor 3 corresponding to the peak values. Alternatively, the rotation angle detector 3 detects the rotation angles of the angle sensor 3 at the time when the quantities of the received light received by the pair of optical sensors 11, 13 are the same, and the angle calculation portion 33 calculates the angle of the measurement object W based on the rotation angles.
    • 提供了一种用于检测弯曲工件的弯曲角度的弯曲机和角度检测装置及其角度传感器的角度检测方法。 当角度传感器3沿正反方向旋转时,从光源9向工件W发射检测光。 配置在光源9位于其中心的相互对称位置的多个光学传感器11,13接收来自测量对象W的反射光。接收的光量相对于角度传感器的旋转角度被存储 3。角度计算部35基于接收光量的数据和与峰值对应的角度传感器3的旋转角度的峰值来计算测量对象W的角度 值。 或者,旋转角度检测器3检测由一对光学传感器11,13接收的接收光的量相同时角度传感器3的旋转角度,并且角度计算部33计算角度传感器3的角度 测量对象W基于旋转角度。
    • 7. 发明公开
    • Method of punching a punch guide hole in a blank holder of a punch assembly, a punch assembly and a blank holder
    • 在冲头组件,冲头组件及一个坯料夹持器的一个坯料夹持器冲孔冲头导向孔的方法
    • EP0815979A2
    • 1998-01-07
    • EP97111057.2
    • 1997-07-02
    • AMADA METRECS COMPANY, LIMITED
    • Ootsuka, Yasuyuki
    • B21D28/34B21D45/00
    • B21D45/006Y10T83/2155Y10T83/2157Y10T83/9423Y10T83/9428Y10T83/9476
    • There is provided a method comprising a process of lightly fitting a distal end portion of a projecting portion 25 of a blank holder 23 into a fitting groove 19 formed in a punch guide 5 so as to be momentarily held therein; and a process of fitting the projecting portion 25 of the blank holder 23 into the fitting groove 19 while punching a punch guide hole 23G in the blank holder 23 when a punching portion 7 of a punch body 9 of a punch assembly 1 is lowered for pressing the blank holder 23 against a die D so that the punch guide 5 descends. In the punch assembly 1 constructed in a manner that the punch body 9 is vertically movably housed in a punch guide 5, and the blank holder 23 is removably fitted into the fitting groove formed in the punch guide 5, the punch guide 5 and the blank holder 23 are formed with an inclined plane 5S and an inclined plane 23S at part of an outer peripheral face on the lower end portion of the punch guide 5 or part of an upper face of a flange of the blank holder 23, respectively.
    • 提供了一种包括轻轻拟合坯料夹持器23的突出部25的前端部插入在冲头导5,从而在其中被暂时保持所形成的嵌合槽19的过程的方法; 和坯料夹持器23的突出部25嵌合到嵌合槽19,而在坯料夹持器23时的冲头组件1的冲头主体9的穿孔部7下降按压冲压冲头导向孔23G的处理 坯料夹持器23向A D所以做了冲头导5周下降。 在以这样的方式构造的冲头组件1做的冲头体9可上下移动地设在一座冲头引导件5和坯料夹持器23被可移除地装配到所述冲头引导件5时,冲头导筒5和坯件在所形成的嵌合槽 规划支架23与上倾斜5S和倾斜面的23S在上冲头导筒5或部分分别与坯料夹持器23,一个凸缘的上表面的下端部的外周面的一部分而形成。
    • 9. 发明公开
    • Upper tool holder apparatus for press brake
    • Befestigungsvorrichtung des oberen Werkzeuges einer Biegepresse
    • EP0767015A1
    • 1997-04-09
    • EP96115676.7
    • 1996-09-30
    • AMADA METRECS COMPANY, LIMITED
    • Sugimoto, MamoruHayashi, Shiro
    • B21D5/02
    • B21D5/0236B21D5/0209
    • An upper tool clamp (11) is supported by a holder body (7) arranged on an upper table (3) of a press brake so that the upper tool clamp can be oscillated. A pressing member (35) is mounted on a lower portion of the upper tool clamp in order to push an upper tool (5) on an upper tool support portion (9) which is mounted on a lower portion of the holder body. Further, an engage projection (39) is formed on the upper tool clamp and freely engageable a drop prevention groove (56) which is formed on the upper tool. Further, a first clamp, unclamp unit (13) and a second clamp, unclamp unit (15) are mounted on the holder body, respectively.
    • 上部工具夹具(11)由设置在压力制动器的上台(3)上的保持器主体(7)支撑,使得上部工具夹具能够摆动。 按压构件(35)安装在上部工具夹具的下部,以将上部工具(5)推到安装在保持器本体的下部上的上部工具支撑部分(9)上。 此外,在上部工具夹具上形成有接合凸起(39),并可自由接合形成在上部工具上的防滴槽(56)。 此外,第一夹具,松开单元(13)和第二夹具松开单元(15)分别安装在保持器本体上。