会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 4. 发明授权
    • Passive magnetic support and damping system
    • 被动磁力支撑和阻尼系统
    • US06448679B1
    • 2002-09-10
    • US09739086
    • 2000-12-14
    • Joseph Imlach
    • Joseph Imlach
    • H02K709
    • F16C27/06F16C32/0425F16C39/063F16C39/066F16C2361/55F16F9/306H02K7/09
    • A type of passive magnetic bearing that provides for both positive radial stiffness and significant levels of passive radial damping. Axial damping and axial forces can also be generated with minor modifications to the basic configuration. The bearing is comprised of a series of magnet, damping, and rigid non-magnetic elements essentially defining a laminated or composite structure. The damping material is directly mounted between the magnets and a rigid material, resulting in constrained layer damping. The range of motion of these floating, or soft mounted, magnets may also be restricted to generate higher stiffness in response to large vibrations.
    • 一种无源磁轴承,提供正径向刚度和显着水平的被动径向阻尼。 也可以对基本配置进行微小修改来产生轴向阻尼和轴向力。 轴承由一系列基本上限定层压或复合结构的磁体,阻尼和刚性非磁性元件组成。 阻尼材料直接安装在磁体和刚性材料之间,导致约束层阻尼。 这些浮动或软安装的磁体的运动范围也可以被限制以响应于大的振动而产生更高的刚度。
    • 6. 发明授权
    • Buoyancy control systems and methods for submersible objects
    • 用于潜水物体的浮力控制系统和方法
    • US08397658B1
    • 2013-03-19
    • US13312870
    • 2011-12-06
    • Joseph ImlachPaul J. FarleyMarian Ilene DeVoll
    • Joseph ImlachPaul J. FarleyTracy DeVoll
    • B63G8/14
    • B63G8/22B63G8/24
    • A buoyancy control system comprises a housing, first and second pistons, and a source of pressurized air. The pistons are coaxially aligned and are supported by the housing such that movement of the pistons changes a volume of a control chamber. In a shallow mode, fluid flows from the source of pressurized fluid to the first piston such that the pressurized fluid displaces the first piston to alter the volume of the control chamber and thus a buoyancy of the buoyancy control system. In a deep mode, fluid flows from the source of pressurized fluid to the first and second pistons such that the pressurized fluid displaces both of the first and second pistons to alter the volume of the control chamber and thus the buoyancy of the buoyancy control system.
    • 浮力控制系统包括壳体,第一和第二活塞以及加压空气源。 活塞同轴对准并且由壳体支撑,使得活塞的运动改变控制室的体积。 在浅模式中,流体从加压流体源流向第一活塞,使得加压流体移动第一活塞以改变控制室的体积,并因此改变浮力控制系统的浮力。 在深度模式中,流体从加压流体源流到第一和第二活塞,使得加压流体移动第一和第二活塞两者以改变控制室的体积,从而改变浮力控制系统的浮力。
    • 8. 发明申请
    • RETRIEVAL SYSTEMS AND METHODS FOR FLOATING OBJECTS
    • 用于浮动物体的检索系统和方法
    • US20110254302A1
    • 2011-10-20
    • US13086336
    • 2011-04-13
    • Joseph ImlachWeston S. SmithTracy DeVollMarian Ilene DeVoll
    • Joseph ImlachWeston S. SmithTracy DeVollMarian Ilene DeVoll
    • B66C1/30
    • B66C1/30B63B2027/165B66C13/02
    • A system for displacing a floating object comprising a jaw assembly and at least one latch assembly. The jaw assembly supports the latch assembly such that, when the latch assembly is in a latched configuration, the latch assembly maintains the jaw assembly in an open configuration and, when the jaw assembly is in the open configuration, the at least one jaw assembly defines a jaw gap through which the floating object may pass. The latch assembly is adapted to engage the floating object when the floating object has passed through the jaw gap such that the latch assembly is placed from the latched position into the unlatched position to allow the jaw assembly to move from the open configuration into the closed configuration. The jaw assembly is adapted to engage the floating object when in the closed configuration.
    • 一种用于移动浮动物体的系统,包括钳口组件和至少一个闩锁组件。 钳口组件支撑闩锁组件,使得当闩锁组件处于闩锁构造时,闩锁组件将钳口组件保持在打开构型中,并且当钳口组件处于打开构型时,至少一个钳口组件限定 浮动物体可以通过的下巴间隙。 当浮动物体已经穿过钳口间隙时,闩锁组件适于接合浮动物体,使得闩锁组件从锁定位置放置到解锁位置,以允许钳口组件从打开构型移动到闭合构型 。 钳口组件适于在处于闭合构型时接合浮动物体。
    • 9. 发明授权
    • Retrieval systems and methods for floating objects
    • 用于浮动对象的检索系统和方法
    • US08366162B2
    • 2013-02-05
    • US13086336
    • 2011-04-13
    • Joseph ImlachWeston S. SmithMarian Ilene DeVoll
    • Joseph ImlachWeston S. SmithTracy DeVoll
    • B66C1/30
    • B66C1/30B63B2027/165B66C13/02
    • A system for displacing a floating object comprising a jaw assembly and at least one latch assembly. The jaw assembly supports the latch assembly such that, when the latch assembly is in a latched configuration, the latch assembly maintains the jaw assembly in an open configuration and, when the jaw assembly is in the open configuration, the at least one jaw assembly defines a jaw gap through which the floating object may pass. The latch assembly is adapted to engage the floating object when the floating object has passed through the jaw gap such that the latch assembly is placed from the latched position into the unlatched position to allow the jaw assembly to move from the open configuration into the closed configuration. The jaw assembly is adapted to engage the floating object when in the closed configuration.
    • 一种用于移动浮动物体的系统,包括钳口组件和至少一个闩锁组件。 钳口组件支撑闩锁组件,使得当闩锁组件处于闩锁构造时,闩锁组件将钳口组件保持在打开构型中,并且当钳口组件处于打开构型时,至少一个钳口组件限定 浮动物体可以通过的下巴间隙。 当浮动物体已经穿过钳口间隙时,闩锁组件适于接合浮动物体,使得闩锁组件从锁定位置放置到解锁位置,以允许钳口组件从打开构型移动到闭合构型 。 钳口组件适于在处于闭合构型时接合浮动物体。
    • 10. 发明授权
    • Buoyancy control systems and methods
    • 浮力控制系统和方法
    • US07921795B2
    • 2011-04-12
    • US12345182
    • 2008-12-29
    • Joseph ImlachPaul J. FarleyTracy D. DeVoll
    • Joseph ImlachPaul J. FarleyTracy D. DeVoll
    • B63G8/14
    • B63G8/22B63G2008/002
    • A buoyancy control system for a submersible object submerged in an ambient fluid, comprising a piston housing, a piston member, a pump, control fluid, and working fluid. The piston housing is supported by the submersible object. The piston member defines a piston portion and a shaft portion. The piston member is supported within the piston housing such that the piston portion and the piston housing define a control chamber and an ambient chamber and the shaft portion and the piston housing define a working chamber. The pump is operatively connected to the working chamber. The control fluid is arranged within the control chamber. At least a portion of the working fluid is arranged within the working chamber. Operation of the pump displaces working fluid within the working chamber to displace the piston member to alter a volume of the control chamber.
    • 浸没在环境流体中的潜水物体的浮力控制系统,包括活塞壳体,活塞构件,泵,控制流体和工作流体。 活塞壳体由潜水物体支撑。 活塞构件限定活塞部分和轴部分。 活塞构件被支撑在活塞壳体内,使得活塞部分和活塞壳体限定了控制室和环境室,并且轴部分和活塞壳体限定了工作室。 泵可操作地连接到工作室。 控制流体设置在控制室内。 工作流体的至少一部分被布置在工作室内。 泵的操作使工作室内的工作流体移位以移动活塞构件以改变控制室的体积。