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    • 2. 发明授权
    • Thermomechanical in-plane microactuator
    • 热力学平面微致动器
    • US06734597B1
    • 2004-05-11
    • US10312172
    • 2002-12-18
    • Larry L. HowellScott Lyon
    • Larry L. HowellScott Lyon
    • H02N1000
    • H01H1/0036B81B3/0037B81B2201/031B81B2203/0109B81B2203/051F03G7/06H01H61/00H01H2061/006H02N10/00
    • A microactuator providing an output force and displacement in response to an increase in thermal energy is displosed. The microactuator may have a substantially straight expansion member with a first and a second end. The first end may be coupled to a base member, and the second end may be coupled to a shuttle. The expansion member is capable of elongating in a elongation direction. Elongation of the expansion member may urge the shuttle to translate in an output direction substantially different than the elongation direction. In certain embodiments, multiple expansion members are arrayed along one side of the shuttle to drive the shuttle against a surface. Alternatively, expansion members may be disposed on both sides of the shuttle to provide balanced output force. If desired, multiple microactuators may be linked together to multiply the output displacement and/or output force.
    • 提供响应于热能增加的输出力和位移的微致动器被消除。 微致动器可以具有基本上直的膨胀构件,其具有第一和第二端。 第一端可以联接到基座构件,并且第二端可以联接到梭子。 膨胀构件能够在伸长方向上伸长。 膨胀构件的伸长可以促使梭在基本上不同于伸长方向的输出方向上平移。 在某些实施例中,多个膨胀构件沿梭子的一侧排列以驱动穿梭件抵靠表面。 或者,扩展构件可以设置在梭子的两侧以提供平衡的输出力。 如果需要,多个微致动器可以连接在一起以乘以输出位移和/或输出力。
    • 3. 发明授权
    • Auto-destruct fuze
    • 自动引爆
    • US5932834A
    • 1999-08-03
    • US038710
    • 1998-03-09
    • Charles Scott LyonHomesh Lalbahadur
    • Charles Scott LyonHomesh Lalbahadur
    • F42C9/06F42C15/184
    • F42C9/06
    • The Auto-destruct fuze is a mechanism that provides a primary mode detona and a delayed auto-destruct/self-neutralize mode detonator function for a grenade or similar munition. The mechanics for the primary mode detonation is similar to the M223 fuze which the present invention is designed to replace. Operation of the auto-destruct/self-neutralize mode is based on the working principles of the Liquid Annular Orifice Device (LAOD). The LAOD is released from a locked position upon expulsion of the device from a storage container. The LAOD moves slowly under the urging of a spring and eventually releases a cleanup firing pin which activates a cleanup detonator to auto-destruct or self-neutralize the grenade.
    • 自动毁灭引信是一种为手榴弹或类似弹药提供主要模式雷管和延迟自毁/自中和模式雷管功能的机制。 主模式爆炸的力学类似于本发明被设计来替代的M223引信。 自动破坏/自中和模式的操作基于液体环形孔装置(LAOD)的工作原理。 在将设备从存储容器中排出时,LAOD从锁定位置释放。 LAOD在弹簧的推动下缓慢移动,并最终释放一个清理撞针,它可以激活清理雷管自动毁坏或自动中和手榴弹。
    • 7. 发明授权
    • Method and system for automatically configuring redundant arrays of disk
memory devices
    • 自动配置磁盘存储设备冗余阵列的方法和系统
    • US6058454A
    • 2000-05-02
    • US936228
    • 1997-06-09
    • Ralph John GerlachDale Arthur LegbandScott Lyon Porter
    • Ralph John GerlachDale Arthur LegbandScott Lyon Porter
    • G06F3/06G06F12/00G06F11/00G06F13/00
    • G06F3/0607G06F3/0632G06F3/0689
    • A method and system for autoconfiguring redundant arrays of memory storage devices contained within receptacles having one or more slots containing hardware sufficient to accept and electrically communicate with such memory storage devices. The capacities of the memory storage device receptacles for accepting memory storage devices are determined, and used to define an initial positioning of devices in at least one memory storage device receptacle. One or more asymmetrical groupings of memory storage devices is defined to permit an equation of electrically detected relative positions of the memory storage devices with actual physical positions within the receptacle. Thereafter, additional devices are added into the receptacles such that the ability to equate electrically detected relative positions of the devices with physical positions is preserved.
    • 一种用于自动配置容纳在具有一个或多个插槽的存储器中的存储器存储设备的冗余阵列的方法和系统,所述插槽包含足以接受和与这种存储器存储设备电通信的硬件。 确定用于接受存储器存储设备的存储器存储设备插座的容量,并且用于定义至少一个存储器存储设备插座中的设备的初始定位。 定义存储器存储设备的一个或多个非对称组,以允许存储器存储设备的电检测相对位置的方程与容器内的实际物理位置。 此后,将额外的装置添加到插座中,使得将电检测到的装置与物理位置的相对位置相等的能力得以保留。