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    • 31. 发明授权
    • Soldering iron device, soldering iron control module and soldering control method thereof
    • 焊铁装置,烙铁控制模块及其焊接控制方法
    • US07950564B2
    • 2011-05-31
    • US12429591
    • 2009-04-24
    • Shih-Jie Chen
    • Shih-Jie Chen
    • B23K3/03B23K3/02
    • B23K3/027B23K3/08
    • A soldering iron control module applied to a soldering iron and a soldering iron stand is provided. The soldering iron stand accommodates the soldering iron which has a soldering iron bit. The soldering iron control module includes a sensing unit and a soldering iron control system. The sensing unit provides a sensing signal indicating whether the soldering iron is accommodated in the soldering iron stand. The soldering iron control system includes a tin supply unit and a control unit. The control unit determines whether the soldering iron has been accommodated in the soldering iron stand for a first time period according to the sensing signal. When the control unit determines that the soldering iron has been accommodated in the soldering iron stand for the first time period, the tin supply unit provides the tin to the soldering iron bit and the power of the soldering iron is turned off.
    • 提供了应用于烙铁和烙铁台的烙铁控制模块。 烙铁支架可容纳烙铁头。 烙铁控制模块包括感测单元和烙铁控制系统。 感测单元提供一个感测信号,指示烙铁是否被容纳在烙铁架中。 烙铁控制系统包括锡供应单元和控制单元。 控制单元根据感测信号确定烙铁是否已经被容纳在烙铁台上第一时间段。 当控制单元确定烙铁第一次被容纳在烙铁架中时,锡供应单元将锡提供到烙铁头,并且烙铁的功率被关闭。
    • 40. 发明授权
    • Electric soldering iron tip improvements
    • 电烙铁头改进
    • US5683603A
    • 1997-11-04
    • US424161
    • 1995-04-19
    • William S. Fortune
    • William S. Fortune
    • B23K3/03H05B3/14H05B3/42
    • H05B3/141B23K3/026B23K3/0369
    • A soldering tip is disclosed which fits loosely over a ceramic heater rod. The rear skirt of the tip is slotted into segments the rear edges of which are tapered rearwardly inwardly to be engaged by a forwardly opening conical surface on the front of a metallic sheath covering and supporting the rear portion of the ceramic rod. When the soldering tip is urged rearwardly in its assembly to the remainder of the soldering tool the segmented portions of the skirt are then pressed radially inwardly over the ceramic rod. The slots dividing the skirt into segments extend well forwardly thereof whereby the bending of the segments is forwardly of the tip of the ceramic rod where a thermocouple type temperature sensor may be disposed. Thus the skirt portions make good thermal contact with the rear and central portions of the ceramic rod but not with the temperature sensor front tip portion. This causes some significant isolation of the temperature sensor from the heater driven skirt portions and causes it to be more responsive to the instantaneous temperature of the working portion of the soldering tip. This relationship and configuration provides an improvement in the temperature precision and power regulation of the tip portion of the soldering tool.
    • 公开了一种在陶瓷加热棒上松配合的焊接头。 尖端的后裙部被开槽成其后边缘向后向内倾斜的段,以与金属护套的前部上的向前开口的锥形表面接合,覆盖并支撑陶瓷杆的后部。 当焊接头在其组装中向后推动到焊接工具的其余部分时,裙部的分段部分被径向向内压在陶瓷棒上。 将裙部分成片段的狭槽在其前方向延伸,从而片段的弯曲向前可以布置在热电偶型温度传感器的陶瓷棒的尖端上。 因此,裙部与陶瓷棒的后部和中心部分具有良好的热接触,但不与温度传感器前端部分进行热接触。 这导致温度传感器与加热器驱动的裙部部分的一些显着的隔离,并且使其更能响应于焊接头的工作部分的瞬时温度。 这种关系和配置提高了焊接工具的尖端部分的温度精度和功率调节。