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    • 82. 发明授权
    • Resistance welding electrode having an angled nose and process of
fabrication thereof
    • 具有成角度的鼻子的电阻焊接电极及其制造方法
    • US5126528A
    • 1992-06-30
    • US528945
    • 1990-05-25
    • Arden W. BushEverett E. Shirley
    • Arden W. BushEverett E. Shirley
    • B23K11/30B23K35/02B23K35/04B23K35/40
    • B23K35/402B23K11/3018B23K35/0205
    • Resistance welding electrodes and processes of using and of fabricating the same are provided. The electrodes have a base portion and an integral nose portion projecting therefrom, with the nose portion terminating in a welding tip face. The nose portion tapers inwardly between said base portion and said welding tip face with a concave profile taper such as a frustum of a vortical surface. The electrodes used may be made up of a conventional copper material having copper combined with one or more metals selected from the group consisting of chromium, zirconium, cadmium, cobalt, nickel, beryllium, tungsten, aluminum, tungsten carbide, iron, and molybdenum; or, may be made of essentially pure copper. The electrodes may be used in a welding process, which provides for a generally linear increase in current stepping with reduced or eliminated conditioning of the electrodes. The welding tip face has a convex curvature which may range between about a two inch and a eight inch radius of curvature, and which preferably has a radius of curvature of about four inches. Both male and female electrodes may be used with cooling recesses in the electrodes as well as an offset nose portion. The diameter of the welding tip face may be about equal to the length of the nose portion. The nose portion may be angled with respect to the base, and additionally may be offset. Fibrous grain structure may be formed which is at a non-normal angle with respect to the welding tip face to reduce cracking.
    • 提供电阻焊接电极及其制造方法。 电极具有基部和从其突出的整体鼻部,鼻部终止于焊接尖端面。 鼻部分在所述基部和所述焊接尖端面之间向内渐缩,具有凹形轮廓锥形,例如涡旋表面的平截头体。 所使用的电极可以由具有铜与选自铬,锆,镉,钴,镍,铍,钨,铝,碳化钨,铁和钼中的一种或多种金属组合的常规铜材料组成。 或者可以由基本上纯的铜制成。 电极可以用于焊接过程,其通过减少或消除电极的调节来提供电流步进的大致线性增加。 焊接端面具有凸曲率,其可以在约2英寸至8英寸曲率半径之间的范围内,并且其优选地具有约四英寸的曲率半径。 阳电极和阴电极都可以与电极中的冷却凹槽以及偏移鼻部一起使用。 焊嘴表面的直径可以大约等于鼻部的长度。 鼻部部分可以相对于基部成角度,并且另外可以偏移。 可以形成纤维纹理结构,其相对于焊接端面处于非正交角度以减少开裂。
    • 86. 发明授权
    • Resistance welding electrode and process
    • 电阻焊电极及工艺
    • US4954687A
    • 1990-09-04
    • US260196
    • 1988-10-20
    • Arden W. BushEverett E. Shirley
    • Arden W. BushEverett E. Shirley
    • B23K11/30B23K35/02B23K35/04B23K35/40
    • B23K35/0205B23K11/3018B23K35/402
    • Resistance welding electrodes and processes using the same are provided. The electrodes have a base portion and an integral nose portion projecting therefrom, with the nose portion terminating in a welding tip face. The nose portion tapers inwardly between said base portion and said welding tip face with a concave profile taper such as a frustum of a vortical surface. The electrodes used may be made up of a conventional copper material having copper combined with one or more metals selected from the group consisting of chromium, zirconium, cadmium, cobalt, nickel, beryllium, tungsten, aluminum, tungsten carbide, iron, and molybdenum. The electrodes may be used in a welding process, which provides for a generally linear increase in current stepping with reduced or eliminated conditioning of the electrodes. The welding tip face has a convex curvature which may range between about a two inch and a eight inch radius of curvature, and which preferably has a radius of curvature of about four inches. Both male and female electrodes may be used with cooling recesses in the electrodes. The diameter of the welding tip face may be about equal to the length of the nose portion.
    • 提供电阻焊接电极及使用它们的工艺。 电极具有基部和从其突出的整体鼻部,鼻部终止于焊接尖端面。 鼻部分在所述基部和所述焊接尖端面之间向内渐缩,具有凹形轮廓锥形,例如涡旋表面的平截头体。 所使用的电极可以由具有铜与选自铬,锆,镉,钴,镍,铍,钨,铝,碳化钨,铁和钼中的一种或多种金属组合的常规铜材料组成。 电极可以用于焊接过程,其通过减少或消除电极的调节来提供电流步进的大致线性增加。 焊接端面具有凸曲率,其可以在约2英寸至8英寸曲率半径之间的范围内,并且其优选地具有约四英寸的曲率半径。 阳电极和阴电极都可以与电极中的冷却凹槽一起使用。 焊嘴表面的直径可以大约等于鼻部的长度。
    • 88. 发明授权
    • Male spot welding electrode
    • 雄点焊电极
    • US4760235A
    • 1988-07-26
    • US100629
    • 1987-09-24
    • Anders H. Flater
    • Anders H. Flater
    • B23K35/02B23K11/30
    • B23K35/0205
    • A male spot welding electrode includes a weld end portion having a generally flat contact surface and a tapered mounting portion containing an inlet bore. The inlet bore communicates with an internal cavity, containing cooling fins, for coolant fluid flow. The diameter of the internal cavity is made larger than the diameter of the inlet bore in order to maximize the cooling surface for the dissipation of heat generated during repeated welding operations. The male spot welding electrode is produced from a single billet of copper material through a process of back-extrusion and swaging.
    • 阳点焊电极包括具有大致平坦的接触表面的焊接端部和包含入口孔的锥形安装部分。 入口孔与包含冷却片的内部空腔连通,用于冷却剂流体流动。 使内腔的直径大于入口孔的直径,以使冷却表面最大化,以消除在重复焊接操作期间产生的热量。 雄性点焊电极通过反挤压和型锻的方法由单一的铜材料坯料制成。
    • 89. 发明授权
    • Resistance welding electrode
    • 电阻焊电极
    • US4728769A
    • 1988-03-01
    • US938330
    • 1986-12-03
    • Toshihiro Nishiwaki
    • Toshihiro Nishiwaki
    • B23K11/30B23K35/02
    • B23K11/3018B23K35/0205
    • A resistance welding electrode includes a barrel-shaped portion having a cooling water passage defined therein and extending closely to an end surface thereof, and a cylindrical projection integrally formed on the end surface of the barrel-shaped portion. The cylindrical projection has a helical groove defined therearound, and may additionally have another helical groove defined therearound parallel to the first-mentioned helical groove in 180.degree.-out-of-phase relation thereto. The cylindrical projection may have an axial slot defined in its circumferential surface across the helical groove.
    • 电阻焊电极包括具有限定在其中并且靠近其端面延伸的冷却水通道的桶形部分,以及一体地形成在筒状部分的端表面上的圆柱形突出部。 圆柱形突起具有限定在其周围的螺旋槽,并且另外可以另外具有与第一提到的螺旋槽平行的另一个螺旋槽,其与其相差180度的相位关系。 圆柱形突起可以具有限定在其跨越螺旋槽的圆周表面的轴向槽。
    • 90. 发明授权
    • Method of making a welded can body
    • 制造焊接罐体的方法
    • US4652715A
    • 1987-03-24
    • US802099
    • 1985-11-25
    • Yoichi KitamuraYoshiro TogoYoshiteru Akae
    • Yoichi KitamuraYoshiro TogoYoshiteru Akae
    • B23K11/08B23K11/06B23K11/30B23K35/02
    • B23K35/0205B23K11/063B23K11/309B23K2201/12
    • A method of making a welded can body wherein the opposite marginal edge portions of a metallic blank are overlapped to form a can body preform with an overlapped portion, and then the overlapped portion is electric-resistance mash-seam welded by using a pair of wire electrodes abutting on both the surfaces of the overlapped portion. At least one of the pair of the wire electrodes is formed with a flat main portion and a marginal projection including a slope contiguous to the flat main portion on the surface thereof, which surface is adapted to abut on the surface of the overlapped portion. The overlapped portion of the can body preform is fed in between the pair of wire electrodes such that the edge face of one of the marginal edge portions may be positioned on an area of the flat main surface portion in the vicinity of the slope or be positioned on the slope, allowing the marginal edge beside the edge face to flow outwardly in the circumferential direction of the can body preform along the slope during the welding.
    • 一种制造焊接罐体的方法,其中金属坯料的相对的边缘部分重叠以形成具有重叠部分的罐体预制件,然后通过使用一对电线将重叠部分进行电阻挤压焊 邻接在重叠部分的两个表面上的电极。 所述一对线电极中的至少一个形成有平坦的主要部分和边缘突起,所述边缘突起包括在其表面上与平坦主体部分相邻的斜面,该边缘适于邻接在重叠部分的表面上。 罐体预制件的重叠部分被馈送在一对电线电极之间,使得边缘部分之一的边缘面可以位于斜面附近的平坦主表面部分的区域上或者被定位 在斜坡上,允许边缘边缘边缘在焊接期间沿着倾斜的边缘在罐体预制件的圆周方向上向外流动。