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    • 41. 发明授权
    • Method of controlling synchronized movement of backing shoe in automatic
one-side welding
    • 控制背板在自动单面焊接中的同步运动的方法
    • US4273987A
    • 1981-06-16
    • US75204
    • 1979-09-12
    • Hirokazu NomuraYukihiko SatoYoshikazu Sato
    • Hirokazu NomuraYukihiko SatoYoshikazu Sato
    • B23K37/06B23K9/035B23K9/12
    • B23K9/0352
    • A method of controlling the synchronized movement of a backing shoe in an automatic one-side welding of the type in which a light-transmittable backing material is placed in close contact with the back surface of the welding joint and a backing shoe adapted to be moved along with the movement of a welding apparatus is pressed through the backing material against the back surface of the welding joint just below a welding electrode whereby effecting the welding. The method employs photoelectric detectors which are embedded in the surface of the backing shoe contacting the backing material at four positions, i.e., right-front, right-back, left-front and left-back positions just below the electrode with respect to the direction of welding and the detectors are arranged at predetermined distances from each other, whereby the light emitted from the back surface of the welding joint and transmitted through the backing material is received by the detectors each of which generates an electric signal corresponding to the received light magnitude and the speed of travel as well as the lateral position of the backing shoe are controlled in such a manner that the below-electrode-point is maintained at a predetermined position among the light receiving positions on the backing shoe.
    • 一种控制背板在自动单面焊接中的同步运动的方法,其中可透光背衬材料与焊接接头的后表面紧密接触并且适于移动的背衬板 随着焊接设备的移动,通过背衬材料压靠在焊接电极正下方的焊接接头的后表面上,从而实现焊接。 该方法采用光电探测器,该光电检测器嵌入在与背衬材料接触的背衬材料的表面中的四个位置处,即相对于方向的电极正下方的右前,右后,左前和后后位置 的焊接和检测器彼此以预定的距离布置,由此从焊接接头的后表面发射并透过背衬材料的光被检测器接收,每个检测器产生对应于接收的光量的电信号 并且以使得下电极点保持在背衬鞋的光接收位置中的预定位置的方式来控制背衬鞋的行进速度以及背板的横向位置。
    • 43. 发明授权
    • Method of controlling multi-layer welding
    • 多层焊接控制方法
    • US4590355A
    • 1986-05-20
    • US738291
    • 1985-05-28
    • Hirokazu NomuraYuji SugitaniNaohiro Tamaoki
    • Hirokazu NomuraYuji SugitaniNaohiro Tamaoki
    • B23K9/095B23K9/02B23K9/073B23K9/12B23K9/127
    • B23K9/073B23K9/0216
    • In the multi-layer welding of a joint of two pieces of metal to be welded by arc welding, the proper number of passes and the desired tracing positions of a welding torch for each layer are automatically established during the welding of the preceding layer. The welding torch is subjected to a Y-axis control so as to maintain constant the arc voltage or current during the welding and simultaneously the torch is caused to weave in the direction of an X-axis within the groove. The tracing of the groove by the torch is accomplished by controlling the weaving turning positions of the torch in accordance with the X-axis and Y-axis direction displacement data of the torch and the torch displacements in the X-axis direction are compared with a predetermined value thereby determining the proper number of passes to be made in the welding of the next layer.
    • 在通过电弧焊接的待焊接的两块金属的接头的多层焊接中,在前一层的焊接期间,自动建立用于每层的焊枪的适当次数和期望的跟踪位置。 焊枪经受Y轴控制,以保持焊接期间的电弧电压或电流恒定,并且同时使割炬沿槽内的X轴方向编织。 通过割炬跟踪槽是通过根据割炬的X轴和Y轴方向位移数据控制割炬的编织转动位置,并将X轴方向的割炬位移与 从而确定在下一层的焊接中要进行的适当通行次数。
    • 44. 发明授权
    • Method of welding corrugated metallic materials
    • 波纹金属材料焊接方法
    • US4296306A
    • 1981-10-20
    • US75165
    • 1979-09-12
    • Hirokazu NomuraTadashi Fujioka
    • Hirokazu NomuraTadashi Fujioka
    • B23K9/127B23K9/028B23K9/12
    • B23K9/028
    • In an automatic arc welding method for welding metallic materials having a vertically curved weld line, a change in the arc voltage is compared with a arc length setting voltage and the resulting difference signal is used to control the vertical position of a welding torch and hold the same at a predetermined distance from the materials to be welded, while on the other hand in response to a signal generated from an obliquity detector made integral with the torch, the torch is controlled at an angle corresponding to the oblique angle of the materials to be welded and at the same time the welding speed is controlled at a constant value in response to a signal corresponding to the torch angle.
    • 在用于焊接具有垂直弯曲焊接线的金属材料的自动电弧焊接方法中,将电弧电压的变化与电弧长度设定电压进行比较,并且使用所得的差分信号来控制焊炬的垂直位置并保持 相对于待焊接材料的预定距离,另一方面,响应于由与割炬成一体的倾斜检测器产生的信号,焊炬被控制成与材料的倾斜角相对应的角度 并且同时根据对应于割炬角的信号将焊接速度控制在恒定值。
    • 47. 发明授权
    • Apparatus for quenching butt-welded portion of rail
    • 轨道对接焊部分淬火装置
    • US4573666A
    • 1986-03-04
    • US630931
    • 1984-07-16
    • Hirokazu NomuraYukihiko SatoEiji Morishige
    • Hirokazu NomuraYukihiko SatoEiji Morishige
    • B23K31/00B23K101/26C21D1/667C21D9/04C21D9/50C21D11/00C21D1/62
    • C21D9/505C21D1/667
    • An apparatus for quenching a butt-welded portion of a rail, includes an inverse U-shaped cooling box for covering from above and throughout a butt-welded portion of a rail, and for quenching the butt-welded portion by cooling air. The cooling box is divided into a head cooling chamber, a web left cooling chamber, and a web right cooling chamber each having a plurality of cooling air nozzles directed toward the butt-welded portion. A cooling air supply mechanism supplies cooling air to the cooling box, the cooling air supply mechanism including a cooling air source, a solenoid valve operatively arranged in a cooling air supply pipe, a head cooling air regulating valve, a web cooling air regulating valve, and a valve opening controlling mechanism which opens each of the head cooling air regulating valve and the web cooling air regulating valve according to a predetermined program. A cooling box holding mechanism releasably holds the cooling box at a prescribed position so as to cover the rail throughout the butt-welded portion.
    • 一种用于淬火轨道对接焊部分的装置,包括用于从上方覆盖并且贯穿轨道的对接部分并用于通过冷却空气来淬火对接部分的倒U形冷却箱。 冷却箱分为头冷却室,腹板冷却室和腹板右冷却室,每个冷却室具有朝向对接焊接部分的多个冷却空气喷嘴。 冷却空气供应机构向冷却箱供给冷却空气,冷却空气供给机构包括冷却空气源,可操作地布置在冷却空气供应管中的电磁阀,头冷却空气调节阀,卷筒冷却空气调节阀, 以及根据预定程序打开每个头冷却空气调节阀和腹板冷却空气调节阀的阀开启控制机构。 冷却箱保持机构将冷却箱可释放地保持在规定位置,以便覆盖整个对接部分的轨道。
    • 48. 发明授权
    • Rotary arc-welding method
    • 旋转弧焊方法
    • US4441011A
    • 1984-04-03
    • US396909
    • 1982-07-02
    • Hirokazu NomuraYuji Sugitani
    • Hirokazu NomuraYuji Sugitani
    • B23K9/12B23K9/02B23K9/127
    • B23K9/0216
    • A welding method comprises rotating a nozzle (3) provided with a welding electrode (9) eccentrically from the center axial line (a) thereof within a groove (2). The center axial line (a) of the nozzle is aligned with the center of the groove (2) by smoothing values of variation in welding current or welding voltage for each of the left and right half cycles of the nozzle and controllably moving the nozzle horizontally at right angles to the welding direction so that the difference between these values becomes null. The height of the nozzle (3) relative to the groove (2) is maintained at a prescribed distance by smoothing values of variation in welding current or welding voltage and controllably moving vertically the nozzle (3) so that the difference between the thus smoothed value and a set value becomes null.
    • PCT No.PCT / JP81 / 00357 Sec。 371日期1982年7月2日 102(e)日期1982年7月2日PCT提交1981年11月27日PCT公布。 出版物WO82 / 01839 日期:1982年6月10日。焊接方法包括在凹槽(2)内旋转设置有焊接电极(9)的喷嘴(3),其中心轴线(a)从其中心轴线(a)偏心。 喷嘴的中心轴线(a)通过对喷嘴的左半周期和右半周期的焊接电流或焊接电压的变化的平滑值与槽的中心对准,并且可水平地移动喷嘴 与焊接方向成直角,使得这些值之间的差值变为零。 喷嘴(3)相对于槽(2)的高度通过平滑焊接电流或焊接电压的变化值而保持在规定的距离,并且可控制地垂直移动喷嘴(3),使得这样平滑的值 并且设置值变为空。