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    • 3. 发明公开
    • WELDING SYSTEM & WELDING METHOD
    • 焊接系统和焊接方法
    • EP3257618A1
    • 2017-12-20
    • EP17173364.5
    • 2017-05-30
    • Tyco Electronics (Shanghai) Co., Ltd.Measurement Specialties (Chengdu) LtdTE Connectivity CorporationShenzhen AMI Technology Co. Ltd
    • DENG, YingcongGONG, LanYING, QianZHANG, DandanHU, LvhaiLIU, YunZENG, QinglongYAN, YongLU, Roberto Francisco-Yi
    • B23K37/053B23K26/21B23K26/08B23K26/042B23K26/03B23K101/32
    • B23K26/22B23K26/032B23K26/042B23K26/0853B23K26/123B23K26/1435B23K26/21B23K37/0452B23K37/053B23K2201/32
    • A welding system configured to weld a first elongated element (10) and a second elongated element (20) together, and comprising: a first moving mechanism (510); a first fixture (410) adapted to fix the first elongated element (10); a second moving mechanism (520); a second fixture (420) adapted to fix the second elongated element (20); and a laser welding head (100) adapted to emit a laser beam (110), wherein the first fixture (410) is mounted on the first moving mechanism (510), and the first moving mechanism (510) is configured to move the first fixture (410), so that the first elongated element (10) fixed on the first fixture (410) is aligned with the second elongated element (20) fixed on the second fixture (420), and wherein the first moving mechanism (510) and the second fixture (420) are mounted on the second moving mechanism (520), and the second moving mechanism (520) is configured to move the first moving mechanism (510) and the second fixture (420), so that an ideal welding center point (C') of the aligned first and second elongated elements (10, 20) is accurately located at a focal point (C) of the laser beam (110) from the laser welding head (100). The ideal welding center point of the aligned first and second elongated elements may be quickly and accurately moved to the focal point of the laser beam emitted from the laser welding head by the second moving mechanism.
    • 一种焊接系统,其被配置成将第一细长元件(10)和第二细长元件(20)焊接在一起,并且包括:第一移动机构(510);以及第二移动机构 适于固定所述第一细长元件(10)的第一固定件(410); 第二移动机构(520); 适于固定第二细长元件(20)的第二固定件(420); 和适于发射激光束(110)的激光焊接头(100),其中所述第一固定装置(410)安装在所述第一移动机构(510)上,并且所述第一移动机构(510)构造成移动所述第一固定装置 使得固定在第一固定件410上的第一细长元件10与固定在第二固定件420上的第二细长元件20对齐, 和第二固定件(420)安装在第二移动机构(520)上,并且第二移动机构(520)构造成移动第一移动机构(510)和第二固定件(420),从而理想的焊接 对准的第一和第二细长元件(10,20)的中心点(C')精确地位于来自激光焊接头(100)的激光束(110)的焦点(C)处。 对齐的第一和第二细长元件的理想焊接中心点可以通过第二移动机构快速且准确地移动到从激光焊接头发射的激光束的焦点。
    • 4. 发明公开
    • TERMINAL BENDING TOOL
    • 端子弯曲工具
    • EP3249761A1
    • 2017-11-29
    • EP17172171.5
    • 2017-05-22
    • Tyco Electronics (Shanghai) Co. Ltd.Shenzhen AMI Technology Co. Ltd
    • DAI, ZhiyongHU, LvhaiDENG, YingcongZHOU, LeiLIU, YunZENG, QinglongKANG, Wei
    • H01R43/16H01R12/72
    • H01R43/04B21D7/024H01R12/724H01R43/16
    • The present disclosure relates to a terminal bending tools including: a plate part extending in a first horizontal direction; a plurality of receiving grooves formed on the plate part and arranged in a row in the first horizontal direction so that the plate part is in a form of a comb; and a plurality of rollers pivotally mounted in the plurality of receiving grooves respectively. At least one terminal to be bent are adapted to be received and positioned in the receiving grooves and are in physical contact with the outer circumferential surface of the rollers in the receiving grooves, respectively. When the terminal bending tool is moved in a vertical direction perpendicular to the first horizontal direction, the terminals received in the receiving grooves are bent under pressing of the corresponding rollers. During bending the terminals, the rollers are rotated and moved on the surfaces of the terminals, respectively. In addition, the terminals are positioned in the receiving slots to ensure the position accuracy of the terminals. In addition, the terminal bending tool may be used to bend a row of terminals simultaneously, improving the bending efficiency.
    • 本发明涉及一种端子弯曲工具,包括:沿第一水平方向延伸的板部; 多个容纳槽,形成在所述板部上,并沿所述第一水平方向排列成一排,使得所述板部呈梳状; 以及分别枢转地安装在所述多个接收槽中的多个辊。 至少一个待弯曲的端子适于被接收并定位在接收槽中并且分别与接收槽中的辊的外周表面物理接触。 当端子弯曲工具在垂直于第一水平方向的垂直方向上移动时,容纳在接纳槽中的端子在相应的辊的压制下弯曲。 在端子弯曲期间,辊子分别在端子表面上旋转和移动。 另外,端子位于接收槽中以确保端子的位置精度。 另外,端子弯曲工具可以用来同时弯曲一排端子,提高弯曲效率。