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    • 1. 发明授权
    • Soldering station with built-in self-calibration function
    • 焊台内置自校准功能
    • US06580050B1
    • 2003-06-17
    • US10046545
    • 2002-01-16
    • Thomas W. MillerCharles H. McDavidPaul Alan DunhamWilliam Jordan SiegelEric Stephen Siegel
    • Thomas W. MillerCharles H. McDavidPaul Alan DunhamWilliam Jordan SiegelEric Stephen Siegel
    • B23K304
    • B23K3/033
    • A soldering station with a control unit and a soldering iron having a replaceable soldering tip, the soldering iron being connected to the control unit by a power cord for receiving electrical power from said control unit is provided with an automatic calibration feature. The control unit has circuitry for controlling the temperature of the soldering iron at the tip by adjusting the supply of power to the tip heater of the soldering iron, a temperature selector for enabling selection of a temperature to which the soldering iron is to be heated by a user, a calibration temperature sensor connected to said circuitry and exposed for enabling it to be engaged by the tip of the soldering iron. The circuitry has a calibration mode and a heating mode, and in said calibration mode, the circuitry is compares a temperature sensed by the calibration temperature sensor and produced by contacting of the soldering iron which has been heated to a temperature selected with said temperature selector with the calibration temperature sensor, and adjusts the power supply to the tip heater so as to bring the temperature sensed by the calibration temperature sensor into conformance with the temperature selected with the temperature selector.
    • 具有控制单元和烙铁的焊台具有可替换的焊接头,所述烙铁通过用于从所述控制单元接收电力的电源线连接到控制单元,具有自动校准特征。 控制单元具有用于通过调节对烙铁的尖端加热器的功率的供给来控制尖端处的烙铁的温度的电路,用于能够选择烙铁被加热的温度的温度选择器 用户,校准温度传感器,连接到所述电路并被暴露以使其能够被烙铁的尖端接合。 电路具有校准模式和加热模式,并且在所述校准模式中,电路将由校准温度传感器感测的温度和通过将被加热的烙铁与所述温度选择器所选择的温度接触而产生的温度进行比较, 校准温度传感器,并调整到尖端加热器的电源,以使由校准温度传感器感测的温度与温度选择器选择的温度一致。
    • 3. 发明授权
    • Tip heater cartridge and soldering iron for use therewith
    • 尖端加热器筒和用于其的烙铁
    • US06513697B1
    • 2003-02-04
    • US09972194
    • 2001-10-09
    • Gary Silas SinesPaul Alan DunhamJeffrey Alan SnellJohn Franklin WoodWilliam Jordan Siegel
    • Gary Silas SinesPaul Alan DunhamJeffrey Alan SnellJohn Franklin WoodWilliam Jordan Siegel
    • B23K302
    • B23K3/0346B23K3/0338B23K3/0353B23K3/0361B23K3/0369
    • A tip heater cartridge and a soldering iron with handpiece for use therewith in which, according to a preferred embodiment, a precision molded plastic sleeve is provided on the tip heater cartridge body. The sleeve is provided with an axially extending, radially projecting key which assures accurate tip-to-handpiece orientation and also produces a rigid mechanical interlock between the tip heater cartridge and the handpiece to ensure that there is no axial rotational or lateral movement or load transmitted from the tip of the tip heater cartridge to the electrical connector. In a particularly preferred arrangement, the end of the key acts with the handle keyway to prevent over insertion of the tip heater cartridge into the handpiece, which could damage the electrical connector assembly, and an O-ring on the electrical connector assembly acts to produces a seal relative to the body of the cartridge that prevents solder fumes from flowing into the connector assembly. The O-ring also serves to assist in retaining the cartridge within the handle and provides additional lateral support to the cartridge.
    • 尖端加热器筒和具有用于其的手持件的烙铁,其中根据优选实施例,在尖端加热器筒体上设置精密模制塑料套筒。 套筒设置有轴向延伸的径向突出的钥匙,其确保精确的针对手柄取向,并且还在尖端加热器盒和手持件之间产生刚性机械互锁,以确保没有轴向旋转或横向移动或负载传递 从尖端加热器盒的尖端到电连接器。 在特别优选的布置中,键的端部与手柄键槽一起作用以防止尖端加热器盒过度插入到手持件中,这可能损坏电连接器组件,并且电连接器组件上的O形环用于产生 相对于筒的主体的密封件,其防止焊料烟雾流入连接器组件。 O形圈还用于帮助将盒保持在手柄内,并为墨盒提供额外的侧向支撑。
    • 5. 发明授权
    • Solder collecting capsule and solder extracting desoldering tool using same
    • 焊料采集胶囊和焊料提取脱焊工具使用相同
    • US06237831B1
    • 2001-05-29
    • US09510682
    • 2000-02-22
    • David W. LawrenceDung T. LeWilliam Jordan SiegelDavid Lee Gilbert
    • David W. LawrenceDung T. LeWilliam Jordan SiegelDavid Lee Gilbert
    • B23K100
    • B23K3/029B23K1/018
    • A disposable solder receiving capsule for a hand held vacuum solder extracting desoldering tool is formed of an outer tube which is closed at one end by a porous filter and has an opening at its opposite end, and a hollow solder collection chamber part, having a tubular member with an open end and which is closed with respect to the passage of solder therethrough at an opposite end, forming a solder receiving space within it. The solder collection chamber part is concentrically positioned within the outer tube with an air plenum disposed between the closed end of the chamber part and the filter and with at least one air channel extending the length of solder collection part for providing a path for gases entering the open end of the outer tube to the plenum and the filter that is separated from the solder receiving space. For facilitating solder reclamation, the capsule can be formed entirely of materials which are shape-sustaining when exposed to a temperature of 400° F., are not reactive with either solder and flux, which will burn with little or no residue at a temperature less than 800° F. A desoldering tool for use with the capsule has a detachable, tubular capsule holding part that is open at each of its opposite ends for enabling a solder receiving capsule received in it to be removed from one of the end of the holding tube by pushing another soldering capsule into the opposite end of the holding tube when the detachable holding part is detached from the body of the desoldering tool. In a most preferred embodiment, the tool is designed so that solder cannot be drawn into it if the capsule has not been inserted or has been inserted incorrectly.
    • 用于手持式真空焊料提取脱焊工具的一次性焊料接收胶囊由外管形成,该外管在一端由多孔过滤器封闭并且在其相对端具有开口,并且具有管状的中空焊料收集室部分 构件具有开口端,并且在相对端相对于焊料通过而封闭,在其内形成焊料容纳空间。 焊料收集室部分同心地定位在外管内,空气压力室设置在室部分的封闭端和过滤器之间,并且至少一个空气通道延伸长度的焊料收集部分,以提供进入气体的气体的路径 将外管的开口端连接到通风室和与焊料接收空间分离的过滤器。 为了促进焊料回收,胶囊可以完全由暴露于400°F的温度下保持形状的材料形成,不会与焊料和助焊剂反应,在少量或没有残留物的温度下会燃烧 与胶囊一起使用的拆焊工具具有可拆卸的管状胶囊保持部分,其在其每个相对端处开口,用于使容纳在其中的焊料接收胶囊能够从保持的一个端部移除 当可拆卸保持部分与脱焊工具的主体分离时,将另一个焊接胶囊推入保持管的相对端。 在最优选的实施例中,工具被设计成如果胶囊未被插入或不正确插入,则焊料不能被吸入。