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    • 7. 发明申请
    • MAGNETIZED FUEL INJECTOR VALVE AND VALVE SEAT
    • 磁性注射器阀门和阀座
    • US20140041639A1
    • 2014-02-13
    • US13571242
    • 2012-08-09
    • Joseph BasmajiGopichandra SurnillaAnand Gandhi
    • Joseph BasmajiGopichandra SurnillaAnand Gandhi
    • F02M51/06F16K31/08
    • F02M51/0689F02D41/20F02D2041/2037F02D2041/2048
    • Systems and methods for a permanently magnetized valve mechanism and/or valve mechanism seat for a fuel injector are disclosed. In one example approach, a fuel injector comprises a valve mechanism and a valve mechanism seat, wherein at least one of the valve mechanism and the valve mechanism seat is permanently magnetized; an injector driver circuit for actuating the valve mechanism; and a spring biasing the valve mechanism in a closed position against the valve mechanism seat. For example, a first amount of current may be supplied in a first direction to the injector driver to lift a permanently magnetized injector valve mechanism from the injector valve mechanism seat, and a second amount of current may be supplied in a second direction to the injector driver to close the permanently magnetized injector valve mechanism onto the injector valve mechanism seat.
    • 公开了用于燃料喷射器的永久磁化阀机构和/或阀机构座的系统和方法。 在一个示例性方法中,燃料喷射器包括阀机构和阀机构座,其中阀机构和阀机构座中的至少一个被永久地磁化; 用于致动所述阀机构的喷射器驱动器电路; 以及弹簧将阀机构偏置在关闭位置抵靠阀机构座。 例如,可以将第一量的电流以第一方向提供给喷射器驱动器,以从注射器阀机构座提起永久磁化的喷射器阀机构,并且可以在第二方向上向喷射器供应第二量的电流 驱动器将永久磁化的喷射器阀机构关闭到喷射器阀机构座上。
    • 8. 发明授权
    • Magnetized fuel injector valve and valve seat
    • 磁化燃油喷射阀和阀座
    • US09115678B2
    • 2015-08-25
    • US13571242
    • 2012-08-09
    • Joseph BasmajiGopichandra SurnillaAnand Gandhi
    • Joseph BasmajiGopichandra SurnillaAnand Gandhi
    • F02M51/06F16K31/08F02D41/20
    • F02M51/0689F02D41/20F02D2041/2037F02D2041/2048
    • Systems and methods for a permanently magnetized valve mechanism and/or valve mechanism seat for a fuel injector are disclosed. In one example approach, a fuel injector comprises a valve mechanism and a valve mechanism seat, wherein at least one of the valve mechanism and the valve mechanism seat is permanently magnetized; an injector driver circuit for actuating the valve mechanism; and a spring biasing the valve mechanism in a closed position against the valve mechanism seat. For example, a first amount of current may be supplied in a first direction to the injector driver to lift a permanently magnetized injector valve mechanism from the injector valve mechanism seat, and a second amount of current may be supplied in a second direction to the injector driver to close the permanently magnetized injector valve mechanism onto the injector valve mechanism seat.
    • 公开了用于燃料喷射器的永久磁化阀机构和/或阀机构座的系统和方法。 在一个示例性方法中,燃料喷射器包括阀机构和阀机构座,其中阀机构和阀机构座中的至少一个被永久磁化; 用于致动所述阀机构的喷射器驱动器电路; 以及弹簧将阀机构偏置在关闭位置抵靠阀机构座。 例如,可以将第一量的电流以第一方向供应到喷射器驱动器,以从注射器阀机构座提起永久磁化的喷射器阀机构,并且可以在第二方向上向喷射器提供第二量的电流 驱动器将永久磁化的喷射器阀机构关闭到喷射器阀机构座上。
    • 9. 发明申请
    • Personal Device Case
    • 个人设备案例
    • US20130292268A1
    • 2013-11-07
    • US13874969
    • 2013-05-01
    • Joseph Basmaji
    • Joseph Basmaji
    • A45C11/00
    • A45C11/00A45F5/021A45F2200/0508A45F2200/0516H04B1/3888
    • A personal device case for the secure containment and ergonomic manipulation of an electronic device is provided. The device case includes a vertically oriented, uninterrupted slot traversing from a bottom of the case, along an anterior side, and through to a top opening of the case. When closed, a top flap extends downward and substantially covers the slot at the anterior side. The slot forms two panels in the anterior side, which may each include stiffening members to support the electronic device. The device case may be secured to a part of a user and facilitates the insertion and removal of an electronic device without comprising a grip or damaging a display screen. The device case may assist users with disabilities and/or poor coordination.
    • 提供了一种用于电子设备的安全容纳和人体工程学操纵的个人设备外壳。 装置壳体包括垂直定向的,不间断的狭槽,其从壳体的底部沿着前侧穿过,并穿过壳体的顶部开口。 当关闭时,顶部翼片向下延伸并基本上覆盖前侧的狭槽。 狭槽在前侧形成两个面板,每个面板可以包括用于支撑电子设备的加强构件。 装置壳体可以固定到使用者的一部分,并且便于插入和移除电子设备而不包括抓地力或损坏显示屏。 设备案例可以帮助残疾用户和/或协调不力。