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    • 3. 发明申请
    • METHOD OF TRACKING AUTOMOTIVE PRODUCTION
    • 跟踪汽车生产的方法
    • US20050108115A1
    • 2005-05-19
    • US10906049
    • 2005-02-01
    • Anne GreenLawrence MalliaKenneth Butler
    • Anne GreenLawrence MalliaKenneth Butler
    • G06Q10/00G06F17/60
    • G06Q10/087
    • A method of tracking automotive production in the manufacture of automotive vehicles (10) is provided. The method includes manufacturing a plurality of automotive vehicles along an assembly line (12). Each of the plurality of automotive vehicles having a build characteristic (13). The build characteristics varying among the plurality of automotive vehicles. The method includes installing a radio frequency transmitter within each of the plurality of automotive vehicles as they move along the assembly line (16). Each of the radio frequency transmitters generating a unique identifier signal (20). Associating each unique identifier signal with the build characteristics of one of the plurality of automotive vehicles (34). The method includes transferring the plurality of automotive vehicles to a plant storage lot as they exit the assembly line (14). The method includes receiving the unique identifier signals (30). The unique identifier signals are used to determine the identity and location of each of the plurality of automotive vehicles within the plant storage lot (40).
    • 提供了一种在汽车制造中跟踪汽车生产的方法(10)。 该方法包括沿着装配线(12)制造多个机动车辆。 多个机动车辆中的每一个具有构造特征(13)。 多种机动车辆之间的搭建特性不同。 该方法包括当多个机动车辆沿组装线(16)移动时在每个车辆内安装射频发射机。 每个射频发射机产生唯一的标识符信号(20)。 将每个唯一标识符信号与多个机动车辆(34)中的一个的构建特征相关联。 该方法包括当多个机动车辆离开组装线(14)时将多个机动车辆转移到工厂存储批。 该方法包括接收唯一标识符信号(30)。 唯一标识符信号用于确定工厂存储批(40)内的多个机动车辆中的每一个的身份和位置。
    • 4. 发明申请
    • Cargo Lift Apparatus
    • 货物提升装置
    • US20130078065A1
    • 2013-03-28
    • US13239624
    • 2011-09-22
    • Kenneth Butler
    • Kenneth Butler
    • B60P1/04
    • B60P1/4407
    • The present invention comprises a cargo lift designed to allow an individual to lift heavy objects from the ground, onto the back of an all-terrain vehicle, without other mechanical assistance. The invention comprises a novel lifting mechanism based on an unconventional use of dampers that can be lowered into position using a small amount of force and can raise a heavy object without the use of hydraulic pumps, electricity, or other energy sources that may be impractical in remote areas. The lift stores the user's downward force as potential energy and releases that force as kinetic energy to lift the cargo.
    • 本发明包括设计成允许个人将重物从地面提升到全地形车辆后部的货物升降机,而不需要其他机械辅助。 本发明包括一种基于非常规使用阻尼器的新型提升机构,其可以使用少量的力将其降低到位置,并且可以在不使用可能不实际的液压泵,电力或其他能源的情况下提高重物体 偏远地区。 电梯将用户的向下的力量作为潜在能量存储,并将该力释放为动能以提升货物。