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    • 7. 发明授权
    • Spark plug manufacturing method
    • 火花塞制造方法
    • US08633418B2
    • 2014-01-21
    • US12593038
    • 2008-03-27
    • Tomoaki KatoAkikazu TaidoYuichi Nakano
    • Tomoaki KatoAkikazu TaidoYuichi Nakano
    • B23K26/00
    • H01T21/02B23K26/0622B23K26/28Y10T29/49002
    • There is provided manufacturing method of a spark plug that includes a center electrode and a ground electrode with a discharge gap left therebetween. At least one of the center electrode and the ground electrode has an electrode body containing a base metal and a noble metal tip welded to the electrode body. The spark plug manufacturing method includes a laser welding step for welding the noble metal tip and the electrode body by placing the noble metal tip at a given position on the electrode body, irradiating a pulsed laser onto the noble metal tip and the electrode body and thereby sequentially forming welding spots corresponding to pulses of the laser in a circumferential direction of the noble metal tip, wherein at least one of the laser pulses is an initially increasing type laser pulse having a laser intensity waveform in which a laser intensity increases with time during a predetermined initial period from a pulse start time.
    • 提供了一种火花塞的制造方法,该火花塞包括中心电极和接地电极,其间具有放电间隙。 中心电极和接地电极中的至少一个具有包含焊接到电极体的基体金属和贵金属电极头的电极体。 火花塞的制造方法包括:激光焊接步骤,用于通过将贵金属电极头放置在电极体上的给定位置上来焊接贵金属电极头和电极体,将脉冲激光照射到贵金属电极头和电极体上 在贵金属电极头的圆周方向依次形成与激光脉冲相对应的焊点,其中至少一个激光脉冲是具有激光强度波形的初始增加型激光脉冲,激光强度波形在激光强度波形 从脉冲开始时间起的预定的初始周期。
    • 8. 发明申请
    • OPTICAL SIGNAL CONTROL DEVICE AND OPTICAL SIGNAL CONTROL METHOD
    • 光信号控制装置和光信号控制方法
    • US20130272700A1
    • 2013-10-17
    • US13991936
    • 2011-12-06
    • Mineto SatohTomoaki KatoKenji Sato
    • Mineto SatohTomoaki KatoKenji Sato
    • H04B10/516
    • H04B10/516H04B10/50
    • An optical signal control device includes an optical signal control unit and a drive circuit. The optical signal control unit includes m number of optical waveguides for propagating carrier light and (m×n) number of interaction regions, n number of interaction regions formed on each of the optical waveguides. The drive circuit includes (m×n) number of phase control units. The (m×n) number of phase control unit output a data signal for controlling the action of the (m×n) number of interaction regions to each of the (m×n) number of interaction regions. Each of the (m×n) number of phase control units outputs the data signal so that timing when the carrier light propagates to the interaction region to output the data signal and timing when the data signal arrives at the interaction region are synchronized. One of m and n is two or more.
    • 光信号控制装置包括光信号控制单元和驱动电路。 光信号控制单元包括m个用于传播载波光的光波导和(m×n)个相互作用区,在每个光波导上形成n个相互作用区。 驱动电路包括(m×n)个相位控制单元。 (m×n)个相位控制单元输出用于控制(m×n)个数量的交互区域对(m×n)个交互区域的数量的动作的数据信号。 (m×n)个相位控制单元中的每一个输出数据信号,使得载波传播到交互区域以输出数据信号的定时和数据信号到达交互区域时的定时同步。 m和n之一是两个或更多。
    • 9. 发明授权
    • Spark plug having self-cleaning of carbon deposits
    • 具有碳沉积自清洁功能的火花塞
    • US08531094B2
    • 2013-09-10
    • US12595732
    • 2008-09-10
    • Akira SuzukiTomoaki KatoMamoru MusasaJiro Kyuno
    • Akira SuzukiTomoaki KatoMamoru MusasaJiro Kyuno
    • H01T13/20H01T13/14
    • H01T13/20H01T13/14H01T13/34H01T13/39
    • The present invention provides a spark plug that includes a center electrode extending in an axial direction, a ceramic insulator having an axial hole formed in the axial direction to retain the center electrode in a front side of the axial hole and thereby form an assembly unit of the center electrode and the ceramic insulator, a metal shell surrounding an outer circumference of the ceramic insulator to retain therein the assembly unit, and a ground electrode having one end portion joined to a front end face of the metal shell and the other end portion facing the center electrode to define a spark gap therebetween, wherein the spark plug satisfies the following conditions: H≧1 mm, Vc≦17 mm3 and Ra≧1.0×103 K/(m·W) where H is a length by which the ceramic insulator protrudes toward the front from the front end face of the metal shell in the axial direction; Vc is a volume of part of the ceramic insulator extending within a range of 2 mm from a front end of the ceramic insulator toward the rear in the axial direction; and Ra is a thermal resistance per unit length, excluding air space, at 20° C. at a cross section of the assembly unit taken perpendicular to the axial direction at a position 2 mm away from the front end of the ceramic insulator.
    • 本发明提供一种火花塞,其包括沿轴向延伸的中心电极,具有沿轴向形成的轴向孔的陶瓷绝缘体,以将中心电极保持在轴向孔的前侧,从而形成组装单元 所述中心电极和所述陶瓷绝缘体,围绕所述陶瓷绝缘体的外周的金属壳,以将所述组装单元保持在其中;以及接地电极,所述接地电极具有接合到所述金属壳的前端面的一个端部, 所述中心电极在其间限定火花隙,其中所述火花塞满足以下条件:H> = 1mm,Vc @ 17mm 3,Ra> = 1.0×103K /(m·W)其中H是长度, 陶瓷绝缘体从金属壳的前端面沿轴向向前突出; Vc是陶瓷绝缘体的一部分的体积,其距离陶瓷绝缘体的前端在轴向方向的后端2mm的范围内延伸; 并且Ra在距离陶瓷绝缘体的前端2mm的位置垂直于轴向的组装单元的截面处,在20℃下,每单位长度的热阻,不包括空气空间。
    • 10. 发明授权
    • Method for manufacturing spark plug
    • 火花塞的制造方法
    • US08399799B2
    • 2013-03-19
    • US12594380
    • 2008-03-31
    • Akikazu TaidoTomoaki Kato
    • Akikazu TaidoTomoaki Kato
    • B23K26/00
    • H01T21/02B23K26/06B23K26/28
    • A method for manufacturing a spark plug is a method for manufacturing the spark plug having an electrode base member and a noble metal tip welded thereto by means of a laser or an electrode base member, a tip base member joined thereto, and a noble metal tip welded to the tip bases material by means of a laser, and the method includes a laser welding process of welding the electrode base member or the tip base member to the noble metal tip by means of a laser and through use of a laser beam whose BBP value assumes 25 mm·mrad (a radius·a half angle) or less at a time point when a laser beam enters a transfer optical system for guiding the laser beam to areas to be welded where laser welding is to be performed.
    • 一种用于制造火花塞的方法是一种用于制造火花塞的方法,所述火花塞具有通过激光或电极基底部件焊接在其上的电极基底部件和贵金属电极头,连接到其上的尖端基体部件和贵金属电极头 通过激光焊接到尖端基材上,该方法包括激光焊接工艺,该激光焊接工艺通过激光将电极基底部件或尖端基底部件焊接到贵金属焊嘴上,并通过使用BBP 在激光束进入用于将激光束引导到要进行激光焊接的区域的传递光学系统的时间点,假定为25mm·mrad(半径·半角)或更小。