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    • 21. 发明授权
    • Shape-memory alloy-driven power plant and method
    • 形状记忆合金驱动电厂及方法
    • US08299637B2
    • 2012-10-30
    • US12639828
    • 2009-12-16
    • Marten WittorfAlan L. BrowneNancy L. JohnsonJames Holbrook Brown
    • Marten WittorfAlan L. BrowneNancy L. JohnsonJames Holbrook Brown
    • B60L1/02F01K15/00F01K17/02F02C6/00F02C6/18F01B29/10F02G1/04
    • F01K27/00C08L2201/12
    • A power plant configured for converting thermal energy to electricity includes a source of thermal energy provided by a temperature difference between a primary fluid having a first temperature and a secondary fluid having a second temperature that is different from the first temperature. The plant also includes a collector configured for enhancing the temperature difference between the primary and secondary fluids, and a heat engine configured for converting at least some thermal energy to mechanical energy. The heat engine includes a pseudoplastically pre-strained shape-memory alloy disposed in heat exchange relationship with each of the primary and secondary fluids. Further, the plant includes a generator driven by the heat engine and configured for converting mechanical energy to electricity. A method of utilizing a naturally-occurring temperature difference between air and/or water to change a crystallographic phase of the shape-memory alloy to convert the temperature difference into mechanical energy is disclosed.
    • 配置用于将热能转换成电的发电厂包括由具有第一温度的初级流体和具有与第一温度不同的第二温度的次级流体之间的温度差提供的热能源。 该设备还包括被配置用于增强主要和次要流体之间的温差的收集器和被配置为将至少一些热能转化为机械能的热引擎。 热引擎包括与主流体和次流体中的每一种热交换关系的假塑性预应变形状记忆合金。 此外,该设备包括由热机驱动并被构造成将机械能转换成电的发电机。 公开了一种利用空气和/或水之间天然存在的温度差来改变形状记忆合金的结晶相以将温度差转化为机械能的方法。
    • 23. 发明申请
    • Shape-Memory Alloy-Driven Power Plant and Method
    • 形状记忆合金驱动电厂及方法
    • US20110140456A1
    • 2011-06-16
    • US12639828
    • 2009-12-16
    • Marten WittorfAlan L. BrowneNancy L. JohnsonJames Holbrook Brown
    • Marten WittorfAlan L. BrowneNancy L. JohnsonJames Holbrook Brown
    • F02B63/04F03G7/06
    • F01K27/00C08L2201/12
    • A power plant configured for converting thermal energy to electricity includes a source of thermal energy provided by a temperature difference between a primary fluid having a first temperature and a secondary fluid having a second temperature that is different from the first temperature. The plant also includes a collector configured for enhancing the temperature difference between the primary and secondary fluids, and a heat engine configured for converting at least some thermal energy to mechanical energy. The heat engine includes a pseudoplastically pre-strained shape-memory alloy disposed in heat exchange relationship with each of the primary and secondary fluids. Further, the plant includes a generator driven by the heat engine and configured for converting mechanical energy to electricity. A method of utilizing a naturally-occurring temperature difference between air and/or water to change a crystallographic phase of the shape-memory alloy to convert the temperature difference into mechanical energy is disclosed.
    • 配置用于将热能转换成电的发电厂包括由具有第一温度的初级流体和具有与第一温度不同的第二温度的次级流体之间的温度差提供的热能源。 该设备还包括被配置用于增强主要和次要流体之间的温差的收集器和被配置为将至少一些热能转化为机械能的热引擎。 热引擎包括与主流体和次流体中的每一种热交换关系的假塑性预应变形状记忆合金。 此外,该设备包括由热机驱动并被构造成将机械能转换成电的发电机。 公开了一种利用空气和/或水之间天然存在的温度差来改变形状记忆合金的结晶相以将温度差转化为机械能的方法。
    • 24. 发明申请
    • Electricity-Generating Heat Conversion Device and System
    • 发电换热装置及系统
    • US20110138800A1
    • 2011-06-16
    • US12639579
    • 2009-12-16
    • Marten WittorfAlan L. BrowneNancy L. JohnsonJames Holbrook Brown
    • Marten WittorfAlan L. BrowneNancy L. JohnsonJames Holbrook Brown
    • F03G7/06
    • F03G7/06
    • A heat conversion device configured for generating electricity and converting thermal energy includes a heat engine configured for converting thermal energy to mechanical energy. The heat engine includes a pseudoplastically pre-strained shape-memory alloy having a crystallographic phase changeable between austenite and martensite in response to thermal energy from a temperature difference between fluids of less than or equal to about 300° C. The heat engine also includes a generator driven by the heat engine and configured for converting mechanical energy to electricity. A heat conversion system configured for generating electricity and converting thermal energy includes a source of thermal energy provided by a temperature difference of less than or equal to about 300° C. between a primary fluid having a first temperature and a secondary fluid having a second temperature that is different from the first temperature, and the heat conversion device.
    • 构造成用于发电和转换热能的热转换装置包括被配置为将热能转换成机械能的热引擎。 热引擎包括一种假塑性预应变形状记忆合金,其具有响应于来自流体之间的温差小于或等于约300℃的热能而在奥氏体和马氏体之间变化的结晶相。热引擎还包括 由发动机驱动并被配置为将机械能转换成电的发电机。 构造成用于发电和转换热能的热转换系统包括由具有第一温度的初级流体和具有第二温度的第二流体之间的温度差小于或等于约300℃提供的热能源 与第一温度不同的热转换装置。
    • 25. 发明申请
    • ELECTRICALLY-ACTIVATED HOOD LATCH AND RELEASE MECHANISM
    • 电动活门罩和释放机构
    • US20100237632A1
    • 2010-09-23
    • US12607143
    • 2009-10-28
    • Alan L. BrowneNancy L. JohnsonDavid M. ConnorJames Holbrook Brown
    • Alan L. BrowneNancy L. JohnsonDavid M. ConnorJames Holbrook Brown
    • E05C3/06
    • E05B81/14E05B47/0009E05B47/0011E05B81/80E05B81/90E05B83/16E05B85/26Y10T292/1047Y10T292/1082
    • A latch assembly includes a latch movable between released and restrained positions and a latch spring biasing toward the released position. A first lever is movable between open and closed positions, corresponding to the released and restrained positions, respectively. A first lever spring biases toward the closed position. A second lever is movable between unlocked and locked positions, corresponding to the first lever open and closed positions, respectively. A second lever spring biases toward the locked position. An active material based actuator selectively moves the second lever from the locked to unlocked position in response to an activation signal. A primary activation mechanism selectively produces the activation signal without a mechanical connection to the passenger compartment. An auxiliary activation mechanism does not rely on the vehicle power system. A key or portable energy storage device may cause the activation signal from the primary or auxiliary activation mechanism.
    • 闩锁组件包括可在释放和限制位置之间移动的闩锁和朝向释放位置偏置的闩锁弹簧。 第一杆可以在打开位置和关闭位置之间分别对应于释放和限制位置。 第一杆弹簧偏向关闭位置。 第二杆分别在解锁和锁定位置之间移动,分别对应于第一杆打开和关闭位置。 第二杆弹簧偏向锁定位置。 基于活动材料的致动器响应于激活信号选择性地将第二杠杆从锁定位置移动到解锁位置。 主激活机构选择性地产生激活信号,而不与机舱连接。 辅助启动机构不依赖于车辆动力系统。 钥匙或便携式能量存储装置可以引起来自主要或辅助激活机构的激活信号。
    • 27. 发明授权
    • SMA actuator
    • SMA执行器
    • US08056335B1
    • 2011-11-15
    • US12069279
    • 2008-02-08
    • James Holbrook Brown
    • James Holbrook Brown
    • F01B29/10
    • F03G7/065
    • A shape memory alloy actuated device is provided for engaging a movable object. The device may include a first movable component, a shape memory alloy for moving the first component from a first position to a second position, a biasing element configured to expand the shape memory alloy object and apply a continual tensile force to the shape memory alloy object. The device may be configured to allow the first component move between the first position and the second position other than by transferring force to the shape memory alloy object. The device may also be configured to allow the shape memory alloy object to expand and contract when the first component is retained in the first position.
    • 提供了形状记忆合金致动装置用于接合可移动物体。 该装置可以包括第一可移动部件,用于将第一部件从第一位置移动到第二位置的形状记忆合金;偏置元件,其构造成扩展形状记忆合金物体并向形状记忆合金对象施加连续拉力 。 该装置可以被配置为允许第一部件在第一位置和第二位置之间移动,而不是通过将力传递到形状记忆合金对象。 该装置还可以被配置为当第一部件保持在第一位置时允许形状记忆合金对象膨胀和收缩。