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    • 4. 发明授权
    • Self-chargeable electronic timepiece with operating voltage checking
    • 具有工作电压检测功能的自动充电电子表
    • US4785435A
    • 1988-11-15
    • US35087
    • 1987-04-06
    • Yuichi InoueChiaki NakamuraShuji OhtawaHiroyuki Masaki
    • Yuichi InoueChiaki NakamuraShuji OhtawaHiroyuki Masaki
    • G04C10/00G04B3/00
    • G04C10/00
    • A self-chargeable timepiece includes a pair of small and large capacitors having respective small and large capacities and selectively disconnectably connected at their respective terminals to time-keeping circuitry and a solar cell. The pair of small and large capacitors cooperate with each other during the momentary operation of the solar cell for selectively receiving and storing the electric charge to develop respective terminal voltages across their respective terminals even after the momentary operation of the solar cell. A detector periodically detects the terminal voltages of the small and large capacitors during the time-keeping operation. A switching circuit responds to the detected terminal voltages for selectively connecting and disconnecting the small and large capacitors to and from the time-keeping circuitry to enable the small and large capacitors to selectively power the time-keeping circuitry. A regulating circuit operates when the time-keeping circuitry is powered by the small capacitor for regulating the detector to effect the periodical detection of the terminal voltages at relatively short time intervals and operates when the time-keeping circuit is powered by the large capacitor for regulating the detector to effect the periodical detection of the terminal voltages at relatively long time intervals.
    • 一种可自动充电的钟表包括一对小型和大型电容器,其具有相应的小型和大容量,并且在其各自的端子处选择性地可拆卸地连接到计时电路和太阳能电池。 一对小型和大型电容器在太阳能电池的瞬时操作期间彼此配合,用于选择性地接收和存储电荷,以便即使在太阳能电池的瞬时操作之后也跨越其各自的端子产生相应的端子电压。 在定时运行期间,检测器周期性地检测小型和大型电容器的端子电压。 开关电路响应检测到的端子电压,用于选择性地将小型和大型电容器连接和断开与时间保持电路的连接和断开,以使小型和大型电容器能够选择性地为定时电路供电。 当时间保持电路由小电容器供电以调节检测器以在相对短的时间间隔期间对端子电压进行周期性检测时,调节电路工作,并且当保持电路由用于调节的大电容器 检测器以相当长的时间间隔实现端子电压的周期性检测。
    • 6. 发明授权
    • Soldering iron with replaceable tip
    • 烙铁可更换尖端
    • US08237091B2
    • 2012-08-07
    • US11138656
    • 2005-05-25
    • Kayoko YoshimuraTakashi UetaniTakashi NagaseHiroyuki Masaki
    • Kayoko YoshimuraTakashi UetaniTakashi NagaseHiroyuki Masaki
    • B23K3/02B22F3/16
    • B23K3/0369B23K3/0361
    • A soldering iron (and a desoldering iron) with a replaceable tip, which is releasably securable on the forward heat-conducting end of a soldering (or desoldering) iron heat assembly. The tip has a tapered heat conducting core in a tip cap. The face of the core can have a depression for mating engagement with a protrusion of the heat-conducting end. Also, the face can lie in the rear plane of the tip cap. An assembly which allows for the easy removal and application of a replacement tip can include a sleeve with tightening bolt, a coil spring sleeve, or a slotted compressible sleeve. The tip can thus be replaced after it has worn out, and the heat assembly unit need not be replaced until it has burnt out. Methods of manufacturing and using the tip are also disclosed.
    • 一种具有可更换尖端的烙铁(和脱焊铁),其可释放地固定在焊接(或脱焊)铁热组件的正向导热端上。 尖端在尖端盖中具有锥形导热芯。 芯的表面可以具有与导热端的突起配合接合的凹陷。 此外,面部可以位于尖端盖的后平面中。 允许容易地移除和应用替换尖端的组件可以包括具有紧固螺栓的套筒,螺旋弹簧套筒或开槽的可压缩套筒。 因此,可以在刀片磨损后更换刀片,并且在烧结之前不必更换加热组件。 还公开了制造和使用尖端的方法。
    • 7. 发明申请
    • Analog radio-controlled timepiece
    • 模拟无线电遥控表
    • US20080130420A1
    • 2008-06-05
    • US11985524
    • 2007-11-15
    • Hiroyuki Masaki
    • Hiroyuki Masaki
    • G04C11/02
    • G04C3/14G04R20/08
    • To make such that, in a case displaying the fact that a time code could not be normally received in an analog radio-controlled timepiece, by a simple constitution there is performed a display having no sense of discomfort for a user. In a case where there could not be normally received in a time code reception operation in the last time, a second hand is normally moved by 1 second. In a case where there failed in a reception, after the second hand was normally moved till a 55-second position, the second hand is stopped at the 55-second position till a second time instant becomes 59 seconds. When it became 59 seconds, by fast-forwarding the second hand till an exact second position, the fact that the time code could not be normally received is displayed by the display having no sense of discomfort for the user without using an exclusive display means, and the like.
    • 为了使得在通过简单的结构显示时间码不能正常地接收在模拟无线电控制的钟表中的情况的情况下,执行对用户没有不适感的显示。 在最后一次的时间码接收动作中不能正常地接收的情况下,通常将秒针移动1秒钟。 在接收失败的情况下,在秒针正常移动到55秒位置之后,秒针停止在55秒位置,直到第二时刻变为59秒。 当达到59秒时,通过将秒针快进直到确切的第二位置,不使用独占显示装置的用户对用户没有不适感的显示来显示时间码不能正常接收的事实, 等等。
    • 9. 发明申请
    • SOLDERING DEVICE AND METHOD OF MAKING SAME
    • 焊接装置及其制造方法
    • US20100187205A1
    • 2010-07-29
    • US12631725
    • 2009-12-04
    • Hiroyuki Masaki
    • Hiroyuki Masaki
    • B23K3/04H05B3/00
    • B23K3/033Y10T29/49Y10T29/49083
    • A soldering device includes a tip member and a temperature sensor embedded within the tip member by a buckled copper pipe that is thermally conductive. A soldering device includes a tip member and a temperature sensor embedded within the tip portion by application of a crimping force that deforms the tip portion onto the temperature sensor. A soldering device includes a tip member, a heater member, and a thermally conductive wedge that is pushed into a gap between the tip member and the heater member. A soldering device includes a tip cartridge carried by a handle assembly that includes an o-ring and an o-ring cover that keeps the o-ring from falling off of the handle assembly. The o-ring cover includes a hook portion that engages a catch feature of the handle housing.
    • 焊接装置包括通过导热的带扣的铜管嵌入在尖端构件内的尖端构件和温度传感器。 焊接装置包括通过施加将尖端部分变形到温度传感器上的压接力而嵌入在尖端部分内的尖端构件和温度传感器。 焊接装置包括尖端构件,加热器构件和被推入尖端构件和加热器构件之间的间隙中的导热楔。 焊接装置包括由手柄组件承载的尖端盒,其包括O形环和O形环盖,其保持O形环不脱离手柄组件。 O形圈盖包括接合手柄壳体的卡扣特征的钩部分。