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    • 51. 发明申请
    • 倣い溶接装置
    • 复制焊机
    • WO2003008142A1
    • 2003-01-30
    • PCT/JP2001/006225
    • 2001-07-18
    • 株式会社 コクホ近藤彰宏
    • 近藤彰宏
    • B23K9/127
    • B23K37/0258B23K9/127B23K9/1278B23K37/0247B23K37/0252
    • A copying welder, comprising a carriage allowed to self−travel forward and backward, a welding torch mounted on the carriage, a weaving drive part weaving the welding torch, a copying mechanism running the carriage along a specified running route, a welding torch holding part for holding the welding torch through the weaving drive part and holding the weaving drive part so that the position thereof can be adjusted in order to rotate a weaving route about a weaving center, whereby, even when not only welding is performed on a generally horizontal carriage running surface and a generally vertical carriage running surface but also performed on an inclined carriage running surface, a multi−layer buildup welding can be performed without causing an unbalance of buildup amount between a buildup part on an inclined carriage running surface side and a buildup part on a copying surface side.
    • 一种复印机,其特征在于,包括允许前进和后退自行行驶的滑架,安装在所述滑架上的焊炬,编织所述焊炬的编织驱动部件,沿着规定的行进路线运行所述滑架的复印机构,焊炬保持部 用于通过编织驱动部分保持焊炬并且保持织造驱动部分,使得其位置可以被调整以便围绕编织中心旋转编织路线,由此即使不仅在大致水平的托架上进行焊接 运行表面和大致垂直的滑架运行表面,而且还在倾斜滑架运行表面上执行,可以执行多层堆积焊接,而不会导致倾斜滑架运行表面侧上的积聚部分和积木部分之间的累积量不平衡 在复印表面上。
    • 53. 发明申请
    • COPYING WELDING EQUIPMENT
    • 复印焊接设备
    • WO02032611A1
    • 2002-04-25
    • PCT/JP2001/007886
    • 2001-09-11
    • B23K9/02B23K9/127B23K37/02
    • B23K9/02B23K9/0206B23K9/127B23K9/1278B23K37/0247B23K37/0252B23K37/0294
    • A copying welding machine, wherein right and left running wheels are supported on a pair of bearing units pivotally installed on a vehicle, respectively, and drivingly running power source, a driving force transmission mechanism transmitting the rotation of the drivingly running power source to the right and left running wheels, a welding torch, a sensor detecting the route of welding, a control motor normally and reversely rotated by receiving a signal detected by the sensor, and a steering mechanism rotating the bearing units according to the amount of rotation of the control motor, whereby various types of automatic weldings including not only a fillet welding between a steel plate and an erected wall on the steel plate but also a butt welding between steel plates can be performed.
    • 一种复制焊接机,其中左右行驶轮分别支承在一对枢转地安装在车辆上的轴承单元上,并且驱动运行动力源,驱动力传递机构将驱动运行的动力源的旋转传递到右侧 通过接收由传感器检测出的信号而正常和反向旋转的控制电动机以及根据控制器的旋转量使轴承单元旋转的转向机构, 电动机,由此可以进行各种类型的自动焊接,不仅包括钢板和钢板之间的直立壁之间的角焊,还包括钢板之间的对接焊接。
    • 56. 发明申请
    • WELDING ROBOT SYSTEM
    • 焊接机器人系统
    • WO98039131A1
    • 1998-09-11
    • PCT/JP1998/000879
    • 1998-03-03
    • B25J9/16B23K9/12B23K9/127B25J19/04B23K9/095
    • B23K9/1274
    • A laser sensor (2) and a welding torch (3) are mounted to a robot terminal end (1) to perform welding on joints (A, B). The laser sensor (2) scans the surfaces of the joints to periodically perform detection of a weld line position and detection of a gap length. A robot periodically outputs to the sensor (2) current sensor position data with time stamp, and the weld line position is found as robot data. A weaving condition corresponding to a range of the gap length g (x) thus detected is selected, and a torch tip end (4) draws a path WV, in which tracking and weaving are superposed.
    • 激光传感器(2)和焊枪(3)安装在机器人终端(1)上,以在接头(A,B)上进行焊接。 激光传感器(2)扫描接头的表面以周期性地执行焊缝位置的检测和间隙长度的检测。 机器人周期性地向传感器(2)输出具有时间戳的电流传感器位置数据,并且将焊接线位置找到为机器人数据。 选择与这样检测出的间隙长度g(x)的范围对应的编织条件,并且割炬尖端(4)绘制重叠跟踪和编织的路径WV。