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    • 3. 发明授权
    • Feeder of wire solder
    • 电焊丝馈线
    • US5975403A
    • 1999-11-02
    • US65489
    • 1998-04-24
    • Masayoshi UedaShinsuke Kurahashi
    • Masayoshi UedaShinsuke Kurahashi
    • B65H51/30B23K3/06B65H63/00
    • B23K3/063
    • A movement detector of the feeder of wire solder directly touches the wire solder, and the movement detector includes (a) a rotating body which revolves when the wire solder moves along a feeding direction and (b) a rotation detector which produces a rotation detecting signal by detecting a rotation of the rotating body. An abnormal halt detector of the feeder of the wire solder compares a rotation detecting signal from a rotation detector with a rotation instructing signal sent to a motor which feeds the wire solder, and calculates the comparison result, thereby judges an abnormal halt of the wire solder. When the abnormal halt is detected, a feeding roller for the wire solder is stopped, whereby the wire solder is prevented from being bent and deformed.
    • 导线焊料供给器的移动检测器直接接触焊丝,运动检测器包括(a)当焊丝沿着进给方向移动时旋转的旋转体,以及(b)产生旋转检测信号的旋转检测器 通过检测旋转体的旋转。 焊丝供给器的异常停止检测器将来自旋转检测器的旋转检测信号与发送给馈送焊丝的电动机的旋转指示信号进行比较,并计算比较结果,从而判断焊丝的异常停止 。 当检测到异常停止时,停止用于焊丝的进料辊,从而防止焊丝被弯曲和变形。
    • 6. 发明授权
    • Light beam heating apparatus
    • 光束加热装置
    • US06307176B1
    • 2001-10-23
    • US09412617
    • 1999-10-06
    • Shinsuke KurahashiNobuyuki Haji
    • Shinsuke KurahashiNobuyuki Haji
    • B23K2606
    • B23K26/0665B23K26/064B23K26/0648
    • A light beam heating apparatus having a condensing lens mechanism including an aspherical lens and a spherical lens disposed in a light path. The light beam heating apparatus also includes a light source and a light path which transmits the light beam irradiated from the light source, to an object to be heated. The light beam is transmitted through an optical fiber along part the light path, and the aspherical lens and spherical lens are disposed on the optical fiber side and on the object-to-be-heated side respectively. The above-described construction functions to suppress lateral aberration when the diameter of an optical fiber in use is changed, thereby preventing deterioration of the imaging capacity. Also, the occurrence of chromatic aberration can be suppressed to a minimum. Thus, energy concentration in the light condensing section can be improved.
    • 一种具有聚光透镜机构的光束加热装置,包括非球面透镜和设置在光路中的球面透镜。 光束加热装置还包括光源和将从光源照射的光束透射到待加热物体的光路。 光束沿着光路沿着光纤传播,非球面透镜和球面透镜分别设置在光纤侧和被加热物侧。 上述结构用于在使用中的光纤的直径发生变化时抑制横向像差,从而防止成像能力的劣化。 此外,可以将色差的发生抑制到最小。 因此,能够提高聚光部的能量集中。