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    • 44. 发明授权
    • Vehicle anti-theft system
    • 车辆防盗系统
    • US5686883A
    • 1997-11-11
    • US461422
    • 1995-06-05
    • Eiji MutohShinichi KubotaSusumu MaedaSuguru AsakuraAkira Nagai
    • Eiji MutohShinichi KubotaSusumu MaedaSuguru AsakuraAkira Nagai
    • B60R25/04B60R25/24B60R25/10
    • B60R25/24B60R25/04
    • A vehicle anti-theft system in which, only when the ID signal is obtained from a right ignition key and when the vehicle anti-theft function is halted by the failure of an anti-theft circuit or theft detection unit itself, the start-up of the engine is permitted. The system comprises a unit for generating a start-up enable signal in response to a verification signal representing a right ID signal, and an engine control unit for performing the start-up control of the engine in response to the start-up enable signal and disabling the engine in response to a theft signal. The start-up enable signal generating unit generates a start-up enable signal in response to the fault signal. A dummy line for detecting a breakage is wired along various signal lines wired on the substrate of an immobilizer, which, if intentionally broken by an ill-intentioned third party, could cause a fault signal similar to that for the failure of the immobilizer to be outputted from a determination signal output terminal. If a break in the dummy line is detected, the engine control is inhibited even if the fault signal is detected.
    • 一种车辆防盗系统,其中仅当从右点火钥匙获得ID信号时,并且当车辆防盗功能被防盗电路或盗窃检测单元本身的故障停止时,启动 的发动机是允许的。 该系统包括用于响应于表示右ID信号的验证信号产生启动使能信号的单元,以及用于响应于启动使能信号执行引擎启动控制的引擎控制单元,以及 响应于盗窃信号禁用发动机。 启动使能信号生成单元响应故障信号产生启动使能信号。 用于检测断裂的虚拟线被布线在固定器的基板上的各种信号线上,如果故意的第三方故意破坏,则可能导致类似于防盗器故障的故障信号 从判定信号输出端子输出。 如果检测到虚拟线路中断,即使检测到故障信号,也禁止发动机控制。
    • 45. 发明授权
    • Vehicle antitheft system
    • 车辆防盗系统
    • US5598898A
    • 1997-02-04
    • US524449
    • 1995-09-06
    • Eiji MutohSuguru AsakuraAkira Nagai
    • Eiji MutohSuguru AsakuraAkira Nagai
    • B60R25/04B60R25/24B60R25/00
    • B60R25/24B60R25/04
    • A vehicle antitheft system comprising an ID code compare unit for comparing a key ID code obtained from an ignition key with a reference ID code stored in advance in the vehicle and generating an enable signal when these ID codes are in a preset relationship (for example, both codes are identical), an engine ECU for receiving the enable signal and enabling control of the engine when the enable signal is correct and a delay times that is started in response to generation of the enable signal and generates a signal which enables starting of the motor starter after the lapse of a preset time period following the generation of the enable signal (for example, at least period necessary for the engine ECU to store or identify the enable signal).
    • 一种车辆防盗系统,包括ID码比较单元,用于将从点火钥匙获得的密钥ID码与预先存储在车辆中的参考ID码进行比较,并且当这些ID码处于预设关系时产生使能信号(例如, 两个代码相同),用于接收使能信号并且在使能信号正确时使得能够控制发动机的发动机ECU以及响应于使能信号的产生开始的延迟时间,并且产生使得能够启动 电动机起动器在产生启用信号之后经过预设时间段(例如,发动机ECU存储或识别使能信号所需的至少一段时间)。
    • 49. 发明授权
    • Optical submarine cable connection
    • 光缆电缆连接
    • US4708427A
    • 1987-11-24
    • US736463
    • 1985-05-21
    • Yoshihiro EjiriAkira NagaiTaiichiro NakaiYasuhiko Niiro
    • Yoshihiro EjiriAkira NagaiTaiichiro NakaiYasuhiko Niiro
    • G02B6/24G02B6/00G02B6/36G02B6/44G02B6/46H02G15/08H02G15/14
    • G02B6/4448G02B6/4428
    • An anchoring structure is disclosed for connecting to a casing of an optical submarine repeater or a cable joint box an optical submarine cable which is composed of a cylindrical pressure proof layer formed by a combination of three deformed metal wires of the same sectorial cross-section and disposed inside an insulator so that the pressure proof layer has centrally thereof a circularly-sectioned optical fiber unit housing space for housing an optical fiber unit formed by at least one optical fiber, a cable tensile-strength member formed by a plurality of tensile-strength wires disposed concentrically with the cylindrical pressure proof layer on the outside thereof and a metallic tape layer disposed in a cylindrical form outside the tensile-strength member to extend in its axial direction, the seam of the metallic tape layer being welded and the insulator being disposed outside the metallic tape layer. The anchoring structure of the present invention is composed of a conical anchor member having inserted therethrough at least the optical fiber unit in a through hole made in the conical anchor member along its axial direction, a conical member bearing metal means having a tapered hole conformable to the external configuration of the conical member and fixed to the casing with the tensile-strength wires held between the inner wall of the hole and the external surface of the conical member, and a cylindrical pressure proof layer anchoring mechanism for anchoring the cylindrical pressure proof layer to the conical member bearing metal means.
    • 公开了一种用于连接光学中继器或电缆接头盒的壳体的锚定结构,该光学海底电缆由具有相同扇形横截面的三个变形的金属丝的组合形成的圆柱形耐压层和 设置在绝缘体内部,使得耐压层在其中央具有圆形截面的光纤单元容纳空间,用于容纳由至少一根光纤形成的光纤单元,由多个拉伸强度形成的电缆拉伸强度构件 与其外侧的圆筒形耐压层同心设置的金属丝和金属带层,其设置在拉伸强度部件外侧的圆筒形状,以沿其轴向方向延伸,金属带层的接缝被焊接,绝缘体被设置 在金属带层之外。 本发明的锚固结构由锥形锚固构件构成,该锥形锚定构件至少在其轴向方向上在锥形锚固构件中形成的通孔中插入光纤单元,锥形构件承载金属装置,其具有锥形孔, 锥形构件的外部构造并且固定到壳体上,其中拉伸强度线保持在孔的内壁和锥形构件的外表面之间,以及用于将圆柱形压力保护层 到圆锥形件轴承金属装置。
    • 50. 发明授权
    • Laminated iron core and method for manufacturing same
    • 层压铁芯及其制造方法
    • US09318923B2
    • 2016-04-19
    • US13992287
    • 2012-01-23
    • Akira NagaiJin Oda
    • Akira NagaiJin Oda
    • H02K1/06H02K1/12H02K1/14H02K15/02H02K15/00
    • H02K1/12H02K1/146H02K1/148H02K15/00H02K15/022H02K2201/09H02K2213/03Y10T29/49009
    • A laminated iron core and a method for manufacturing the same are provided to secure the lamination strength of the respective iron core pieces thereof, and to provide good magnetic efficiency and to reduce a loss. In a laminated iron core including a first caulking section formed in an area thereof having larger magnetic flux density than other area and a second caulking section formed in the other area, the engagement area A of the recessed sub-sections and projecting sub-sections of the first caulking sections of divided iron core pieces adjoining each other in the laminating direction is set smaller than the engagement area B of the recessed sub-sections and projecting sub-sections of the second caulking sections adjoining each other in the laminating direction.
    • 提供层叠铁芯及其制造方法,以确保其铁芯片的层压强度,并提供良好的磁效率并减少损耗。 在包括在其区域中形成的具有比其他区域大的磁通密度的区域中的第一铆接部分和形成在另一区域中的第二铆接部分的层叠铁芯中,凹陷子部分的接合区域A和突出的子部分 在层叠方向上彼此相邻的分割铁芯片的第一铆接部分被设定为小于在层叠方向上彼此相邻的凹进的子部分和第二铆接部分的突出的子部分的接合区域B.