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    • 84. 发明申请
    • Mechanical System with an Active Materials-Based Actuator
    • 具有活性材料的致动器的机械系统
    • US20090299502A1
    • 2009-12-03
    • US12130227
    • 2008-05-30
    • Nilesh D. MankameAlan L. BrownePaul W. AlexanderNancy L. JohnsonNorman K. Bucknor
    • Nilesh D. MankameAlan L. BrownePaul W. AlexanderNancy L. JohnsonNorman K. Bucknor
    • G05B11/32
    • G05B11/32
    • A mechanical system selectively imparts a prescribed motion to an output load using two or more actuators, including at least one having an active material element. The output load can be a locking member when the system is a vehicle transmission, a shuttle car of a linear system, or another device. A controller determines a total motive force required for imparting the prescribed motion, and selectively commands a combination of the actuators to provide the total motive force, apportioning the total motive force between the various actuators to optimize the performance of the system. An algorithm determines which combination of the actuators is the most suitable in moving the output load, and continuously modified this combination as needed as the output load is moved. The other actuator or actuators are then selectively energized as needed to provide the total motive force depending on this suitability determination.
    • 机械系统使用两个或更多个致动器选择性地向输出负载施加规定的运动,包括至少一个具有活性材料元件的致动器。 当系统是车辆传动装置时,输出负载可以是锁定构件,线性系统的穿梭车或另一装置。 控制器确定用于施加规定运动所需的总动力,并且选择性地命令致动器的组合以提供总动力,分配各种致动器之间的总动力,以优化系统的性能。 算法确定致动器的哪个组合最适合于移动输出负载,并且在输出负载移动时根据需要连续地修改该组合。 然后根据需要选择性地激励其他致动器或致动器,以根据这种适用性确定提供总动力。
    • 87. 发明授权
    • Cable protection system and method of reducing an initial stress on a cable
    • 电缆保护系统和减少电缆初始应力的方法
    • US08881521B2
    • 2014-11-11
    • US13587383
    • 2012-08-16
    • Alan L. BrownePaul W. AlexanderNancy L. Johnson
    • Alan L. BrownePaul W. AlexanderNancy L. Johnson
    • F01B29/10F02G1/04D02G3/02D02G3/36E01D19/16D07B5/12D07B1/06D07B5/00
    • D07B5/00D07B1/0673D07B5/12D07B2201/2009D07B2205/3085E01D19/16D07B2801/10
    • A method of reducing an initial stress on a cable includes stretching the cable to a first length to thereby define the initial stress. The cable has a central longitudinal axis, and includes a plurality of wires each twisted around the axis and formed from a shape memory alloy transitionable in response to a signal between a first state wherein each of the wires has a first temperature-dependent length, and a second state wherein each of the wires has a second temperature-dependent length that is less than the first. After stretching, the method includes activating the alloy by exposing the alloy to the signal such that the alloy transitions from the first to the second temperature-dependent state. Concurrent to activating, the method includes elongating the cable to a second length that is greater than the first to define a second stress on the cable that is less than the first.
    • 减少电缆上的初始应力的方法包括将电缆拉伸到第一长度,从而限定初始应力。 所述电缆具有中心纵向轴线,并且包括多个电线,每个电线绕所述轴线扭转并且由形状记忆合金形成,所述形状记忆合金可响应于第一状态而可转换,所述信号处于第一状态,其中每条电线具有第一温度依赖性长度,以及 第二状态,其中每条线具有小于第一温度的第二温度依赖长度。 拉伸后,该方法包括通过将合金暴露于信号来激活合金,使得合金从第一温度依赖于第二温度依赖状态转变。 与激活同时,该方法包括将电缆延伸到大于第一长度的第二长度,以限定小于第一应力的电缆上的第二应力。
    • 89. 发明授权
    • Heat engine system
    • 热机系统
    • US08631652B2
    • 2014-01-21
    • US12947917
    • 2010-11-17
    • Paul W. AlexanderAlan L. BrowneNancy L. JohnsonPatrick B. UsoroNilesh D. MankameXiujie Gao
    • Paul W. AlexanderAlan L. BrowneNancy L. JohnsonPatrick B. UsoroNilesh D. MankameXiujie Gao
    • F01B29/10
    • F03G7/065
    • A heat engine system configured for converting thermal energy to mechanical energy includes a source of thermal energy provided by a temperature difference between a heat source having a first temperature and a heat sink having a second temperature that is lower than the first temperature. The heat engine is configured for converting thermal energy to mechanical energy and includes an element formed from a first shape memory alloy having a crystallographic phase changeable between austenite and martensite at a first transformation temperature in response to the temperature difference between the heat source and the heat sink. The heat engine system also includes a start-up mechanism configured for inducing initial movement of the element in a desired operational direction to thereby start the heat engine.
    • 构造成将热能转换为机械能的热引擎系统包括由具有第一温度的热源和具有低于第一温度的第二温度的散热器之间的温度差提供的热能源。 热机被配置为将热能转换为机械能,并且包括由第一形状记忆合金形成的元件,该第一形状记忆合金具有响应于热源和热源之间的温度差在第一相变温度下在奥氏体和马氏体之间变化的结晶相 水槽。 热机系统还包括启动机构,其被构造成用于引导元件在期望的操作方向上的初始移动,从而起动热机。