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    • 92. 发明授权
    • Method of preventing car thefts
    • 防止汽车盗窃的方法
    • US06683391B1
    • 2004-01-27
    • US09635380
    • 2000-08-09
    • Masahiko EnoyoshiMasayuki YamamotoNaoya Isoda
    • Masahiko EnoyoshiMasayuki YamamotoNaoya Isoda
    • H01H4700
    • B60R25/24B60R25/04
    • A method and apparatus of vehicle theft prevention, which utilizes a key having a transponder bearing an ID and a key cylinder, that is adapted to receive this key and which has an antenna for supplying electrical power to the transponder and receiving an ID signal back from it. This system permits easy correction of incorrectly set original IDs or the simple substitution of a new key or an old master key as a new master key into a vehicle wherein the lock cylinder must be replaced due to a defect. Also there is provided a holding circuit for permitting continued operation of the prime mover until the recognized key is shut off regardless of the condition of the controller.
    • 一种车辆防盗方法和装置,其利用具有ID和钥匙筒的转发器的钥匙,该钥匙适于接收该钥匙,并且具有用于向应答器提供电力的天线,并从 它。 该系统允许容易地校正未正确设置的原始ID或将新密钥或旧主密钥简单地替换为车辆的新主密钥,其中由于缺陷必须更换锁缸。 此外,还提供了一种保持电路,用于允许原动机的继续操作,直到识别的钥匙被关闭,而不管控制器的状况如何。
    • 94. 发明授权
    • Levitation melting method and a levitation melting and casting device
    • 悬浮熔炼法和悬浮熔融浇铸装置
    • US5738163A
    • 1998-04-14
    • US628582
    • 1996-04-03
    • Noboru DemukaiMasayuki YamamotoJunji Yamada
    • Noboru DemukaiMasayuki YamamotoJunji Yamada
    • B22D18/06B22D18/08B22D23/00C22B9/22F27B14/04F27B14/06F27B14/08F27D3/00F27D11/06H05B6/26H05B6/32B22D27/02B22D27/15
    • F27B14/063F27B14/04F27B14/0806H05B6/26H05B6/32F27D2003/0056
    • A levitation melting method and device through which a material having various configurations can be melted through efficient induction heating. First, a starting material(WB), whose outer diameter has been adapted to the inner diameter of a crucible(13), is inserted in crucible(13). The crucible(13) is shielded with argon gas, thereby starting the melting of the material(WB) to molten metal(WM). Subsequently, a suction tube(33) of a mold(31) is inserted into the molten metal(WM) for drawing a part of molten metal(WM) up into the mold(31) for casting. After part of the molten metal(WM) is drawn up, a sliding cover(15) is slid such that a material holder(19) is positioned right above the crucible(13). By opening a sliding plate(35) of the material holder(19), material pieces(WS) are inserted from the material holder(19) into the molten metal(WM) left in the crucible(13). Since gaps in the material pieces(WS) are filled with the molten metal(WM), a dense bulk is formed which is to be melted through induction heating.
    • 可以通过有效的感应加热熔化具有各种结构的材料的悬浮熔融方法和装置。 首先,将其外径适应于坩埚(13)的内径的原料(WB)插入坩埚(13)中。 坩埚(13)用氩气屏蔽,从而开始将材料(WB)熔化成熔融金属(WM)。 随后,将模具(31)的吸管(33)插入熔融金属(WM)中,用于将一部分熔融金属(WM)向上拉入模具(31)以进行铸造。 在熔融金属(WM)的一部分被拉出之后,滑动盖(15)滑动使得材料保持器(19)位于坩埚(13)正上方。 通过打开材料保持器(19)的滑板(35),将材料块(WS)从材料保持器(19)插入到坩埚(13)中留下的熔融金属(WM)中。 由于材料块(WS)中的间隙被熔融金属(WM)填充,所以形成致密体,其将通过感应加热熔化。
    • 98. 发明授权
    • Female terminal
    • 女性终端
    • US5108318A
    • 1992-04-28
    • US672568
    • 1991-03-20
    • Kazuaki SakuraiYuji HatagishiMasayuki Yamamoto
    • Kazuaki SakuraiYuji HatagishiMasayuki Yamamoto
    • H01R13/11H01R13/115H01R13/422
    • H01R13/111H01R13/4223
    • A female terminal includes a female terminal member and a protective sleeve. The female terminal member has a receptacle section to which a male terminal is to be connected and an electrical wire connecting section to which an electrical wire is to be connected. The receptacle section has a base cylindrical part and a flexible contact part extending from the base cylindrical part. The protective sleeve for protectively covering the receptable section of the female terminal member is fitted around the receptacle section. The sleeve has a base cylindrical portion fixedly fitted onto the base cylindrical part of the receptacle section and an enlarged diameter portion integrally connected to the base cylindrical portion through a step portion. When the female terminal thus constituted is fitted in a connector housing, at least one stopper arm provided in the connector housing come to engage with the step portion to securely hold the female terminal in the housing. The engagement between the stopper arm and the step portion of the female sleeve is made relatively near from a front opening of the housing.
    • 母端子包括阴端子构件和保护套筒。 阴端子构件具有要连接阳端子的插座部分和要连接电线的电线连接部分。 容器部分具有基部圆柱形部分和从基部圆柱形部分延伸的柔性接触部分。 用于保护性地覆盖阴端子构件的可接收部分的保护套围绕插座部分安装。 套筒具有固定地装配到容器部分的基部圆柱形部分上的基部圆柱形部分和通过台阶部分一体地连接到基部圆柱形部分的扩大直径部分。 当如此构成的阴端子安装在连接器壳体中时,设置在连接器壳体中的至少一个止动臂与台阶部分接合以将母端子牢固地保持在壳体中。 止动臂和阴套筒的台阶部之间的接合从壳体的前开口相对靠近。
    • 99. 发明授权
    • Aperture structure in a heat insulation container
    • 隔热容器中的孔结构
    • US4905865A
    • 1990-03-06
    • US150371
    • 1988-01-29
    • Masayuki Yamamoto
    • Masayuki Yamamoto
    • F25D19/02F25D23/06F25D23/08
    • F25D19/02F25D23/064F25D23/085Y10S220/18
    • A heat insulation container includes an inner casing, an outer casing on the exterior thereof and enclosing the inner casing and defining a space therebetween in cooperation with the inner casing, and a heat insulating foamed material filling the space defined by the casings. An aperture portion is provided in the container through a wall thereof for allowing a piping of a cooling system to go in and out of the container therethrough. The aperture portion is provided with a frame therearound which comprises an annular resilient contacting member brought into hermetical sealing contact with the inner surface of either the inner casing or the outer casing in the vicinity of a periphral edge of the mouth, and an annular tong-like member engaging sealingly with the other of the inner casing and the outer casing.
    • 隔热容器包括内壳,其外部的外壳和围绕内壳并与内壳配合地限定其间的空间,以及填充由壳体限定的空间的绝热泡沫材料。 开口部分通过其壁设置在容器中,用于允许冷却系统的管道进出容器。 开口部分设置有围绕其的框架,其包括环形弹性接触构件,其在嘴的周边边缘附近与内壳或外壳的内表面与内壳或外壳的内表面进行气密密封接触, 其与所述内壳体和所述外壳体中的另一个密封接合。