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    • 1. 发明授权
    • Redundant ethernet packet network management
    • 冗余以太网分组网管理
    • US07839768B2
    • 2010-11-23
    • US11346955
    • 2006-02-03
    • Kevin J. LearyJohn R. Thomas, Jr.Gary R. Johnson
    • Kevin J. LearyJohn R. Thomas, Jr.Gary R. Johnson
    • H04J1/16
    • H04L41/0816H04L12/403H04L12/423H04L41/00H04L41/0806H04L69/14H04L69/40
    • Methods and systems for configuring nodes in a redundant network configuration include identifying a master node from a plurality of nodes in the network by sending a configuration packet to each node. The configuration packet includes an identification number representing the node in the network from which the configuration packet originates, where each node in the network has a unique identification number. At each node in the network, the identification number in the configuration packet is compared to an identification number for that node. In one embodiment, the node whose identification number is greater than the identification number in the configuration packet is designated the master node. A virtual break is created in the network at the location of the master node to prevent a packet from returning to the node from which it originates.
    • 用于在冗余网络配置中配置节点的方法和系统包括通过向每个节点发送配置分组来从网络中的多个节点识别主节点。 配置分组包括表示网络中由配置分组发起的节点的标识号,网络中的每个节点具有唯一的标识号。 在网络中的每个节点,将配置包中的标识号与该节点的标识号进行比较。 在一个实施例中,将标识号大于配置包中的标识号的节点指定为主节点。 在主节点的位置,在网络中创建虚拟中断,以防止数据包返回到其发起的节点。
    • 6. 发明授权
    • Light reaction mass actuator
    • 轻反应质量致动器
    • US5880542A
    • 1999-03-09
    • US866567
    • 1997-05-30
    • Kevin J. LearyShankar JagannathanRalph C. Fenn
    • Kevin J. LearyShankar JagannathanRalph C. Fenn
    • H01L41/12H02N2/02
    • H01L41/12
    • A very light, high force reaction-mass actuator using high energy density magnetostrictive material to accelerate a mass, producing a reaction force that can be used to oppose vibration forces. The reaction-mass actuator is configured having an axially symmetric design that features a Terfenol-D rod as a core. Surrounding the rod is a magnetic coil which provides the changing magnetizing field used to actively control magnetostrictive strain of the Terfenol rod. The magnetic coil also provides a magnetic flux based on a D.C. current, for biasing the Terfenol rod. The magnetic coil, disposed about the fixed magnetostrictive rod, is incorporated into a reaction mass assembly that is suspended and sealed inside an enclosed, stiff outer shell or housing by an elastomeric material mounting configuration that facilitates an output force with suppressed harmonic content. In addition, the elastomeric mounting configuration provides sealing protection against external factors. In one embodiment, the magnetic coil is wound on a bobbin effecting a movable mass that is accelerated to produce a force on a mounting surface. The Terfenol rod is placed under axially compressive stress by a simple mechanical preloading mechanism. This increases strain in the Terfenol rod while providing a return spring for the reaction mass when it has reached its maximum stroke.
    • 使用高能量密度磁致伸缩材料的非常轻的,强力的反作用 - 质量致动器来加速质量,产生可用于抵抗振动力的反作用力。 反应 - 质量致动器被构造成具有以Terfenol-D棒为核心的轴对称设计。 围绕杆是一个磁性线圈,其提供用于主动控制Terfenol杆的磁致伸缩应变的变化的磁化场。 磁线圈还提供基于直流电流的磁通量,用于偏置Terfenol杆。 设置在固定磁致伸缩杆周围的磁性线圈被并入反应质量组件中,反应物质组件通过弹性体材料安装结构悬挂并密封在封闭的刚性外壳或壳体内,该弹性体材料安装配置有利于具有抑制的谐波含量的输出力。 此外,弹性体安装配置提供了防止外部因素的密封保护。 在一个实施例中,电磁线圈缠绕在线轴上,该线轴影响加速以在安装表面上产生力的可移动质量块。 Terfenol杆通过简单的机械预加载机构置于轴向压应力下。 这增加了Terfenol杆的应变,同时当反应物料达到最大冲程时为其提供了一个复位弹簧。
    • 8. 发明授权
    • Crib mattress bouncer
    • 婴儿床床垫保cer
    • US07174582B1
    • 2007-02-13
    • US11161794
    • 2005-08-17
    • Kevin J Leary
    • Kevin J Leary
    • A47D9/02
    • A47D9/02
    • A crib mattress bouncing device includes a lever having a pivot structure for releasably engaging a mattress support frame at a first end of the lever. A clamping structure intermediate the ends of the lever structure engages a tensioned wire or like structure in a mattress support. Displacing the second end of the lever in a first direction deflects the attached and surrounding portions of the mattress support and mattress in a first direction. Releasing a force on the second end allows the mattress support to return to its original position. Repeated actuation of the second end of the lever structure produces a gentle bouncing motion of the mattress.
    • 婴儿床床垫弹跳装置包括具有枢转结构的杠杆,用于在杆的第一端处可释放地接合床垫支撑框架。 在杠杆结构的端部之间的夹持结构与床垫支撑件中的张紧的线或类似结构接合。 将杠杆的第二端沿第一方向移动,将床垫支撑件和床垫的附接和周围部分沿第一方向偏转。 在第二端释放力允许床垫支撑件返回其初始位置。 杠杆结构的第二端的重复致动产生床垫的柔和的弹跳运动。
    • 9. 发明授权
    • Process and apparatus for recycling water in a hot water supply system
    • 在热水供应系统中回收水的工艺和设备
    • US06588377B1
    • 2003-07-08
    • US10198782
    • 2002-07-22
    • Kevin J. LearyDouglas F. Fuller
    • Kevin J. LearyDouglas F. Fuller
    • F24M900
    • F24D17/00E03B1/048F24D3/1008F24D3/1016
    • A process and apparatus are provided for conserving water and heat energy in a hot water supply system. A holding tank is provided near the Point Of Use to capture unwanted cooled water. An integrated displacement actuator allows this volume to be recirculated back into the hot water supply line after use. The actuator consists of a flexible bladder or rolling diaphragm that divides the holding tank into two compartments; one for non-compressible supply water, and the second for a compressible phase change fluid. At ambient temperature, the phase change fluid condenses to a liquid phase at a relatively low pressure, allowing diverted water to flow into the tank from the hot water supply system. When the phase change fluid is warmed by the adjacent hot water, it changes to a gaseous phase, pressurizing the holding tank and allowing re-injection of the cool water into the hot water supply system. A control system is provided direct water flow based on time, temperature and pressure.
    • 提供了一种用于在热水供应系统中节省水和热能的方法和装置。 在使用点附近提供一个收集槽,以捕获不必要的冷却水。 集成式排量致动器使得该体积在使用后能再循环回热水供应管线。 执行器由柔性气囊或滚动隔膜组成,将隔离槽分成两个隔间; 一个用于不可压缩的供水,另一个用于可压缩相变流体。 在环境温度下,相变流体在相对低的压力下冷凝成液相,允许转向的水从热水供应系统流入罐中。 当相变流体被相邻的热水加热时,其变为气相,对储存罐加压并允许将冷水重新注入热水供应系统。 基于时间,温度和压力,提供直接水流控制系统。
    • 10. 发明授权
    • Process for producing an aqueous solution comprising ferric chloride
    • 用于生产包含氯化铁的水溶液的方法
    • US5935545A
    • 1999-08-10
    • US893437
    • 1997-07-11
    • Kevin J. LearyJuergen Kurt PlischkeJohn Larson OwenJohn Robert Stecher
    • Kevin J. LearyJuergen Kurt PlischkeJohn Larson OwenJohn Robert Stecher
    • C01G49/10C22B34/12C01G9/02
    • C01G49/10C22B34/1209C22B34/1222Y02P10/23
    • The present invention provides a process for preparing an aqueous solution of FeCl.sub.3. The process involves the steps of: (a) reacting an ore material comprising titanium and iron with chlorine and coke to form a metal chloride vapor stream comprising titanium tetrachloride, ferrous chloride, ferric chloride and unreacted coke and ore solids; (b) cooling the metal chloride vapor stream to a temperature in the range of 350 to 500.degree. C. to condense at least some of the ferrous chloride; (c) separating the condensed ferrous chloride and the unreacted coke and ore solids from the metal chloride vapor stream; (d) cooling the metal chloride vapor stream to a temperature in the range of 180 to 240.degree. C. to form a precipitate comprising ferric chloride; and (e) adding the precipitate to water to form an aqueous solution comprising ferric chloride. The resulting aqueous solution has a high FeCl.sub.3 content, and can be used in wastewater treatment applications.
    • 本发明提供了制备FeCl 3水溶液的方法。 该方法包括以下步骤:(a)使包含钛和铁的矿石与氯和焦炭反应以形成包含四氯化钛,氯化亚铁,氯化铁和未反应的焦炭和矿石固体的金属氯化物蒸气流; (b)将金属氯化物蒸汽流冷却至350-500℃的温度以冷凝至少一些氯化亚铁; (c)从金属氯化物蒸气流中分离出浓缩的氯化亚铁和未反应的焦炭和矿石固体; (d)将金属氯化物蒸汽流冷却至180-240℃的温度,以形成包含氯化铁的沉淀物; 和(e)将沉淀物加入到水中以形成包含氯化铁的水溶液。 所得水溶液具有高FeCl3含量,可用于废水处理应用。