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    • 22. 发明授权
    • Monolithic supported oxygen generator
    • 单片支持氧气发生器
    • US08070922B2
    • 2011-12-06
    • US11500050
    • 2006-08-07
    • David E. NelsonGerald R. StabelJoshua J. TitusAlfred R. Webster
    • David E. NelsonGerald R. StabelJoshua J. TitusAlfred R. Webster
    • C25B9/08
    • B01D53/32B01D2256/12B33Y80/00C01B13/0229C01B2210/0046
    • An oxygen generator includes a monolithic body having first and second channels extending longitudinally therein. An electrode is operatively disposed in the first channels and a counter-electrode is operatively disposed in the second channels. The second channels are formed in the monolithic body so each second channel is electrically isolated from, yet adjacent to a first channel, resulting in an alternating configuration of first and second channels. The first channels have fluid or oxygen flowing therethrough, while the second channels have the other of oxygen or fluid flowing therethrough. An output manifold, having an oxygen collection area separated from a fluid collection area, operatively engages with the monolithic body. The oxygen collection area receives substantially pure oxygen from one of the second or first channels, and the fluid collection area receives oxygen-depleted fluid from the other of the first or second channels.
    • 氧气发生器包括具有在其中纵向延伸的第一和第二通道的整体式主体。 电极可操作地设置在第一通道中,并且对电极可操作地设置在第二通道中。 第二通道形成在单片体中,因此每个第二通道与第一通道电隔离,但与第一通道相邻,导致第一和第二通道的交替配置。 第一通道具有流过其中的流体或氧气,而第二通道具有另一个氧气或流体流过其中。 具有与流体收集区域分离的氧气收集区域的输出歧管与整体式物体可操作地接合。 氧气收集区域从第二通道或第一通道中的一个通道接收基本上纯的氧气,并且流体收集区域从第一或第二通道中的另一个通道接收贫氧流体。
    • 23. 发明申请
    • Monolithic supported oxygen generator
    • 单片支持氧气发生器
    • US20080029406A1
    • 2008-02-07
    • US11500050
    • 2006-08-07
    • David E. NelsonGerald R. StabelJoshua J. TitusAlfred R. Webster
    • David E. NelsonGerald R. StabelJoshua J. TitusAlfred R. Webster
    • C25C1/02C25B9/00
    • B01D53/32B01D2256/12B33Y80/00C01B13/0229C01B2210/0046
    • An oxygen generator includes a monolithic body having first and second channels extending longitudinally therein. An electrode is operatively disposed in the first channels and a counter-electrode is operatively disposed in the second channels. The second channels are formed in the monolithic body so each second channel is electrically isolated from, yet adjacent to a first channel, resulting in an alternating configuration of first and second channels. The first channels have fluid or oxygen flowing therethrough, while the second channels have the other of oxygen or fluid flowing therethrough. An output manifold, having an oxygen collection area separated from a fluid collection area, operatively engages with the monolithic body. The oxygen collection area receives substantially pure oxygen from one of the second or first channels, and the fluid collection area receives oxygen-depleted fluid from the other of the first or second channels.
    • 氧气发生器包括具有在其中纵向延伸的第一和第二通道的整体式主体。 电极可操作地设置在第一通道中,并且对电极可操作地设置在第二通道中。 第二通道形成在单片体中,因此每个第二通道与第一通道电隔离,但与第一通道相邻,导致第一和第二通道的交替配置。 第一通道具有流过其中的流体或氧气,而第二通道具有另一个氧气或流体流过其中。 具有与流体收集区域分离的氧气收集区域的输出歧管与整体式物体可操作地接合。 氧气收集区域从第二通道或第一通道中的一个通道接收基本上纯的氧气,并且流体收集区域从第一通道或第二通道中的另一个通道接收贫氧流体。
    • 25. 发明授权
    • Suspension structure for a tracked vehicle
    • 履带车悬架结构
    • US4781257A
    • 1988-11-01
    • US90476
    • 1987-08-28
    • James E. GeeAndrew J. TonsorDavid E. NelsonRonald L. Satzler
    • James E. GeeAndrew J. TonsorDavid E. NelsonRonald L. Satzler
    • B62D55/08B62D55/084B62D55/15B62D55/30B62D55/06
    • B62D55/15B62D55/08B62D55/0842B62D55/305
    • A vehicle such as a combine harvester or the like includes a main frame and a first and second undercarriages for supporting the main frame and individually having front and rear wheel assemblies and a track encircling the wheel assemblies. A suspension structure therefore includes a laterally spaced apart pair of pivot joints adjacent the front wheel assemblies for pivotally connecting the undercarriages to the main frame, and a coupling assembly adjacent the rear wheel assemblies for centrally supporting the main frame on the undercarriages. A hydraulic motor powerably rotates each of the rear wheel assemblies and an inside support device is provided therefor that includes a stabilizing beam. The coupling assembly includes an equalizer bar having outer ends, and the stabilizing beam extends rearwardly beyond the driven rear wheel assemblies for connection to the outer ends. Also, an outside support device releasably clamps the rear wheel assemblies to the undercarriages.
    • 诸如联合收割机等的车辆包括主框架和用于支撑主框架的第一和第二底架,并且单独地具有前轮组件和后轮组件以及包围轮组件的轨道。 因此,悬挂结构包括邻近前轮组件的横向间隔开的一对枢转接头,用于将起落架枢转地连接到主机架;以及邻近后轮组件的联接组件,用于将主框架集中支撑在起落架上。 液压马达能够使每个后轮组件功率旋转,并且为此提供包括稳定梁的内部支撑装置。 联接组件包括具有外端的均衡棒,并且稳定梁向后延伸超过从动后轮组件以连接到外端。 此外,外部支撑装置可释放地将后轮组件夹紧到起落架。
    • 26. 发明授权
    • Movable sensing apparatus
    • 移动式传感装置
    • US4727962A
    • 1988-03-01
    • US913835
    • 1986-09-29
    • David E. Nelson
    • David E. Nelson
    • B66F9/24B66F9/075
    • B66F9/0755
    • Movable sensing arrangements are prone to damage, unable to position a load engaging device relative to a load for stacking purposes, and unable to controllably position the sensing arrangement. A movable sensing apparatus having a housing and first and second signaling devices mounted in the housing is provided. A guide rail assembly elevationally movably mounts the housing on a carriage assembly and an actuator controllably elevationally moves the housing along the guide rail assembly. A coupling connects the actuator to the housing and releases the housing from connection with the actuator in response to a force of a preselected magnitude being applied to the housing. Thus, the problems related to damage, stacking, and positioning are reduced. The movable sensing apparatus is particularly suited for use on an automatic guided unmanned vehicle having a lift mast assembly.
    • 可移动感测装置易于损坏,不能将负载接合装置相对于负载定位用于堆叠目的,并且不能可控地定位感测装置。 提供了具有外壳和安装在壳体中的第一和第二信号装置的可移动感测装置。 导轨组件将壳体高度可移动地安装在滑架组件上,并且致动器沿着导轨组件可控地垂直地移动壳体。 联接器将致动器连接到壳体并且响应于施加到壳体的预选量值的力而将壳体与致动器的连接释放。 因此,与损坏,堆叠和定位相关的问题减少。 可移动感测装置特别适用于具有升降桅杆组件的自动导向无人驾驶车辆。
    • 27. 发明授权
    • Optical transducer array system
    • 光学传感器阵列系统
    • US4313192A
    • 1982-01-26
    • US74268
    • 1979-09-11
    • David E. NelsonJohn V. Bouyoucos
    • David E. NelsonJohn V. Bouyoucos
    • H04B10/00G01D21/00G01H9/00G01L1/24G01P15/093G01V9/00G02B6/02H04B10/22H04J3/02
    • G01H9/004
    • An array of optical waveguide transducers, especially suitable for use in a multi-channel hydrophone seismic streamer, contains optical waveguides which are deformed in response to the parameter being sensed (underwater acoustic energy in the case of the seismic streamer). Two optical signals are obtained from each transducer, amplitude modulated in opposite polarity in accordance with the parameter and returned to a collection point by way of optical signal highways, such as optical fiber waveguides. The optical signals are time division multiplexed on the return highways by successively providing light pulses to each of the transducers upon activation of separate light sources associated therewith which are electrically activated by electrical signals propagated along a transmission line wherein the electrical signals are successively delayed. The optical signals on the return waveguides appear in time slots corresponding to the successive delays and may be sequentially interrogated at a rate compatible with the frequency response of the array system. At the collection point, the outputs of the return waveguides are subtracted thereby summing the optical signals from each transducer, while reducing noise introduced into the system as may be due both to variations in the amplitude of the light from the sources and mechanically due to deformation or bending of the optical waveguides other than in response to the parameter being sensed.
    • 特别适用于多通道水听器地震拖缆的光波导换能器阵列包含响应于被检测参数而变形的光波导(在地震拖缆的情况下为水下声能)。 从每个换能器获得两个光信号,根据参数以相反的极性进行幅度调制,并通过诸如光纤波导的光信号高速公路返回到采集点。 光信号在返回高速公路上进行时分复用,通过在激活与其相关联的分离光源时连续地向每个换能器提供光脉冲,其通过沿着传输线传播的电信号被电激活,其中电信号被连续延迟。 返回波导上的光信号出现在对应于连续延迟的时隙中,并且可以以与阵列系统的频率响应兼容的速率顺序询问。 在收集点,减去返回波导的输出,从而对来自每个换能器的光信号进行求和,同时降低引入到系统中的噪声,这可能是由于来自光源的光的振幅的变化以及机械地由于变形引起的 或弯曲的光波导,而不是响应于被感测的参数。