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    • 11. 发明申请
    • Engine valve operating system
    • 发动机气门操作系统
    • US20100064995A1
    • 2010-03-18
    • US11921078
    • 2006-06-20
    • Yoshikazu Sato
    • Yoshikazu Sato
    • F01L1/34F01M1/06
    • F01M9/06F01L1/02F01L1/024F01L1/047F01L1/181F01L13/08F01L13/085F01L2001/0476F01M9/10
    • In an engine valve operating system, a timing transmission chamber (48) is formed on one side of an engine main body; the timing transmission chamber (48) houses a timing transmission system (37) that provides a connection between a crankshaft (12) and a camshaft (36) disposed above intake and exhaust valves (29i, 29e); opposite end parts of the camshaft (36) are supported by one side wall (5a) of a cylinder head (5) and a dividing wall (5b) that is adjacent to the timing transmission chamber (48); and a valve operating chamber (49) housing the camshaft (36) is defined between said one side wall (5a) and the dividing wall (5b). An oil slinger (72) is disposed in a lower part of the timing transmission chamber (48). An oil passage hole (75) is provided in the dividing wall (5b), the oil passage hole (75) guiding scattered oil that has been shaken off in an upper part of the timing transmission system (37) to the valve operating chamber (49). An oil return passage (77) is provided for transmitting pressure pulsations generated in the crank chamber (9) to the valve operating chamber (49), and making oil that has collected in the valve operating chamber (49) flow downward to the crank chamber (9) within the crankcase (2). Thus, the interiors of the timing transmission chamber and the valve operating chamber which are separated from each other can be lubricated without using an oil pump, while maintaining an arrangement in which the camshaft is disposed above the intake and exhaust valves.
    • 在发动机气门操作系统中,定时传动室(48)形成在发动机主体的一侧; 定时传输室(48)容纳定时传动系统(37),该定时传动系统(37)提供曲轴(12)和设置在进排气门(29i,29e)之上的凸轮轴(36)之间的连接; 凸轮轴36的相对端部由邻近正时传递室48的气缸盖5和分隔壁5b的一个侧壁5a支撑。 并且在所述一个侧壁(5a)和所述分隔壁(5b)之间限定有容纳所述凸轮轴(36)的气门操作室(49)。 在定时传送室48的下部设置有抛油环(72)。 在分隔壁(5b)上设置油通孔(75),油通孔(75)将在正时传动系统(37)的上部被摇动的散开的油引导到阀操作室( 49)。 设置有一个回油通道(77),用于将在曲柄室(9)中产生的压力脉动传递到阀门操作室(49),并且已经收集在阀操作室(49)中的油向下流动到曲柄室 (9)在曲轴箱(2)内。 因此,可以在不使用油泵的情况下润滑定时传递室和气门操作室的内部,而不需要使用油泵,同时保持凸轮轴配置在进气门和排气门之上的布置。
    • 13. 发明申请
    • Inspection method of magnetic head slider and inspection device thereof
    • 磁头滑块检查方法及其检测装置
    • US20080137075A1
    • 2008-06-12
    • US12000052
    • 2007-12-07
    • Ryujii FujiiYoshikazu Sato
    • Ryujii FujiiYoshikazu Sato
    • G01N21/00
    • G11B5/102G01N21/95G11B5/3166G11B5/3173G11B5/3189
    • The present invention relates to a method for inspecting a slider, wherein the state of the slider is one in which a row bar is not yet diced into sliders, the row bar including a plurality of rectangular sliders which are aligned in a longitudinal direction of the row bar. The method of the present invention comprises: a holding step for holding the row bar such that both a first normal vector that extends from a first side of the slider and a second normal vector that extends from a second side of the slider have upward components with regard to a vertical direction, wherein the first normal vector and the second normal vector are two normal vectors among four normal vectors that extend from four sides of the slider, the four sides not facing an adjacent slider; and an inspection step for optically inspecting the first and second sides of the slider of the row bar by means of first and second inspection means, respectively, the row bar being held.
    • 本发明涉及一种用于检查滑块的方法,其中滑块的状态是其中还没有将排条切成滑块的状态,该排条包括沿着纵向方向排列的多个矩形滑动件 行吧。 本发明的方法包括:保持步骤,用于保持行条,使得从滑块的第一侧延伸的第一法向量和从滑块的第二侧延伸的第二法向量都具有向上的分量, 关于垂直方向,其中第一法向量和第二法向矢量是从滑块的四个边延伸的四个法向量中的两个法向量,四个边不面向相邻的滑块; 以及检查步骤,用于通过第一和第二检查装置分别光学地检查排条的滑块的第一和第二侧,所述行条被保持。
    • 14. 发明授权
    • Coil component and method of manufacturing the same
    • 线圈部件及其制造方法
    • US07221250B2
    • 2007-05-22
    • US11063829
    • 2005-02-23
    • Makoto YoshidaNobuyuki OkuzawaTomokazu ItoYukari HishimuraYoshikazu Sato
    • Makoto YoshidaNobuyuki OkuzawaTomokazu ItoYukari HishimuraYoshikazu Sato
    • H01F5/00
    • H01F27/2804H01F41/046H01F2027/2809
    • The invention relates to a coil component used as a major component of a common mode choke coil or transformer and a method of manufacturing the same, and the invention is aimed at providing a compact and low-profile coil component having a high common mode filtering property and a method of manufacturing the same. A common mode choke coil has a configuration in which a first insulation film, a first coil conductor, a second insulation film, a second coil conductor and a third insulation film are stacked in the order listed between magnetic substrates provided opposite to each other. A top portion of the first coil conductor is formed in a convex shape. The second insulation film is formed so as to follow the shape of the top portion of the first coil conductor. A bottom portion of the second coil conductor is formed in a concave shape such that it follows the shape of a top portion of the second insulation film.
    • 本发明涉及一种用作共模扼流线圈或变压器的主要部件的线圈部件及其制造方法,本发明旨在提供一种具有高共模滤波特性的紧凑型低轮廓线圈部件 及其制造方法。 共模扼流线圈具有这样的构造,其中第一绝缘膜,第一线圈导体,第二绝缘膜,第二线圈导体和第三绝缘膜按照彼此相对设置的磁性基板之间的顺序层叠。 第一线圈导体的顶部形成为凸形。 第二绝缘膜形成为遵循第一线圈导体的顶部的形状。 第二线圈导体的底部形成为凹形,使得其遵循第二绝缘膜的顶部的形状。
    • 20. 发明授权
    • Method for controlling a bead
    • 珠的控制方法
    • US4827101A
    • 1989-05-02
    • US215024
    • 1988-07-05
    • Yuji SugitaniYoshikazu Sato
    • Yuji SugitaniYoshikazu Sato
    • B23K9/095B23K9/12
    • B23K9/0956B23K9/12
    • A method for controlling a bead, in one-side automatic welding wherein a backing metal strip is adhered to the back side of a pair of work pieces through an inorganic material and arc welding is applied to the work pieces on the surface side thereof, comprises:detecting an electrical signal between the work pieces and the backing metal strip to control a weld current so that the detected electrical signal can be equal to a predetermined reference signal; and detecting the controlled weld electrical current and putting the detected weld electrical current into a formula of V.sub.1 =V.sub.0 .multidot.I.sub.L /I.sub.L0 to calculate a welding speed; and controlling the welding speed in accordance with the calculated welding speed, where V.sub.1 represents the calculated welding speed, V.sub.0 an initial value of the welding speed, I.sub.L the detected weld electrical current and I.sub.L0 a predetermined reference weld current. The electrical signal can be an electrical current signal or a voltage signal.
    • 一种侧面自动焊接方法,其中通过无机材料将背衬金属带粘附到一对工件的背面并进行电弧焊接的一侧自动焊接中,对其表面侧的工件施加一个方法,包括 :检测工件和背衬金属带之间的电信号以控制焊接电流,使得检测到的电信号可以等于预定的参考信号; 并检测受控的焊接电流,并将检测到的焊接电流置于V1 = V0xIL / IL0的公式中以计算焊接速度; 并根据计算的焊接速度控制焊接速度,其中V1表示计算的焊接速度,V0是焊接速度的初始值,IL检测到的焊接电流,IL0是预定的参考焊接电流。 电信号可以是电流信号或电压信号。