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    • 2. 发明申请
    • Device and Method for Retaining an Electrical Cord on a Motor Vehicle Exterior
    • 在汽车外部保持电线的装置和方法
    • US20110267797A1
    • 2011-11-03
    • US13013204
    • 2011-01-25
    • Michael ClarkKelly Taylor
    • Michael ClarkKelly Taylor
    • H02B1/01
    • B60R16/0215
    • A device and method are used to retain an electrical cord on an exterior of a motor vehicle. At one or more locations along the electrical cord between opposing ends thereof, a respective pair of shell pieces are fastened together from opposite sides of the electrical cord to enclose a respective portion of the electrical cord between the respective pair of shell pieces, thereby securing the fastened-together pair of shell pieces to the electrical cord. The fastened-together shells pieces are then releasably secured to the exterior of the vehicle at a respective location thereon to secure the respective portion of the electrical cord to the exterior of the vehicle. The device of the present invention is fastened in place on the cord, not the vehicle, for the long term. Accordingly, unsightly permanent mountings on the vehicle are avoided, as is damage associate with attempted removal of permanent mountings.
    • 使用装置和方法将电线保持在机动车辆的外部。 在沿着电线的相对端之间的一个或多个位置处,相应的一对壳片从电线的相对侧紧固在一起,以将电线的相应部分包围在相应的一对壳片之间,由此固定 将一对壳件紧固在电线上。 紧固的壳件然后在其上的相应位置处可释放地固定到车辆的外部,以将电线的相应部分固定到车辆的外部。 本发明的装置长期固定在绳索而不是车辆上。 因此,避免了在车辆上的难看的永久安装,如同试图去除永久安装的损坏一样。
    • 10. 发明申请
    • VARIABLE KARAT GOLD ALLOYS
    • 可变卡拉金金属
    • US20110171059A1
    • 2011-07-14
    • US13073203
    • 2011-03-28
    • Annette GertgeKelly TaylorJoe O'Neal
    • Annette GertgeKelly TaylorJoe O'Neal
    • C22C9/06C22C30/02
    • C22C5/02C22C9/06C22C19/03C22C30/02C22C30/06
    • A gold alloy that is usable for jewelry and other applications. The gold alloy is made by combining Y % gold with Z % of a master alloy, wherein Y+Z=100. The gold alloy may be made by first forming the master alloy and then mixing the gold with the master alloy. The gold alloy may also be made by mixing gold with the elements of the master alloy without first forming the master alloy. In another embodiment, the master alloy used to make a white gold (variable) karat alloy will include from about 23.33% to about 43.33% copper, from about 23.33% to about 43.33% nickel, from about 3.33% to about 23.33% zinc, and from about 10 to about 30% silver. Another embodiment of a master alloy used to make a white gold (variable) karat alloy will include from about 43.33% to about 66% copper, from about 8 to about 39.33% nickel, and from about 4.67% to about 36.67% zinc.
    • 可用于珠宝和其他应用的金合金。 金合金是通过将Y%金与Z%的母合金组合而成的,其中Y + Z = 100。 金合金可以通过首先形成母合金然后将金与母合金混合而制成。 金合金也可以通过将金与母合金的元素混合而不首先形成母合金来制造。 在另一个实施方案中,用于制备白金(可变)karat合金的母合金将包括约23.33%至约43.33%的铜,约23.33%至约43.33%的镍,约3.33%至约23.33%的锌, 和约10至约30%的银。 用于制备白金(可变)karat合金的主合金的另一个实施方案将包括约43.33%至约66%的铜,约8至约39.33%的镍和约4.67%至约36.67%的锌。