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    • 4. 发明授权
    • Reconfigurable, modular ergonomic sit harness or saddle
    • 可重构,模块化人体工程学座椅或马鞍
    • US08333262B1
    • 2012-12-18
    • US12617102
    • 2009-11-12
    • Amanda CarpenterEdgar P. CarpenterChristopher A. de la VeraScott HallJames J. Rullo
    • Amanda CarpenterEdgar P. CarpenterChristopher A. de la VeraScott HallJames J. Rullo
    • A62B35/00
    • A62B35/0012A62B35/0031
    • A reconfigurable, modular ergonomic sit harness or saddle for use by linesmen, arborists, or the like includes a gender-specific back pad assembly that supports a number of removable, optional attachments allowing customization for user preference or job environment. Gender-specific angled wing portions of the back pad contain an armor layer and extra padding to protect the bony protrusions of both the male and female pelvis. A “one size fits all” approach includes a waistband having length adjustability over approximately a 3:1 range. Each component and sub-system of the sit harness is ergonomically designed to maximize comfort and minimize stresses on a user's body. The back pad features interchangeable lumbar support pads. Optional, removable features include a seat, an abdominal support, and a body harness for use with a fall restraint device. Interchangeable suspension bridges allow user attachment to a wide range of support systems.
    • 可重新组合的模块化人体工程学座椅或鞍座用于线人,树木等等,包括一个性别特殊的背垫组件,其支持多个可拆卸的可选附件,允许用户偏好或作业环境进行定制。 背垫的性别特定的角翼部分包含铠甲层和额外的衬垫以保护男性和女性骨盆的骨突起。 适合所有方法的一种尺寸包括具有大约3:1范围的长度可调性的腰带。 座椅的每个组件和子系统符合人体工程学设计,以最大限度地提高舒适度并最大限度地减轻用户身体的压力。 背垫具有可互换的腰部支撑垫。 可选的,可拆卸的特征包括座椅,腹部支撑件和用于与坠落装置一起使用的身体线束。 可互换悬挂桥梁允许用户连接到广泛的支撑系统。
    • 5. 发明申请
    • APPARATUS FOR VENTING AN ANNULAR SPACE BETWEEN A LINER AND A PIPELINE OF A SUBSEA RISER
    • 用于在内燃机和管道上升之间的通风空间的装置
    • US20100108321A1
    • 2010-05-06
    • US12594428
    • 2008-02-08
    • Scott HallSylvain DennielJeroen Remery
    • Scott HallSylvain DennielJeroen Remery
    • E21B43/01E21B17/01
    • E21B17/01E21B43/0122F16L55/07
    • An apparatus for venting an annular space between a liner and a pipeline of a subsea riser used for conveying hydrocarbons, the apparatus comprising a permeate recovery device for recovering permeate passing through the liner into the annular space. The permeate recovery device includes a first vent port in a wall of the pipeline at or adjacent a lower region of the pipeline and communicating with a permeate recovery line defining a flow path between the annular space and a permeate collection vessel. A one-way valve is associated with the permeate recovery line for preventing flow from the permeate recovery line into the annular space. A gaseous permeate recovery line connected to a second vent port at an upper region of the pipeline defining a flow of gaseous permeate from the annular space.
    • 一种用于排放用于输送烃的海底提升管的衬套和管道之间的环形空间的装置,该装置包括渗透物回收装置,用于将通过衬套的渗透物回收到环形空间中。 渗透物回收装置包括在管道的壁中的或邻近管道的下部区域的第一通气口,并与限定环形空间和渗透物收集容器之间的流动路径的渗透物回收管线连通。 单向阀与渗透物回收管线相关联,用于防止从渗透物回收管线流入环形空间。 气体渗透物回收管路连接到管道的上部区域处的第二通气口,从环形空间限定气体渗透物流。
    • 6. 发明授权
    • Apparatus for venting an annular space between a liner and a pipeline of a subsea riser
    • 用于排放衬管和海底立管的管道之间的环形空间的装置
    • US08342248B2
    • 2013-01-01
    • US12594428
    • 2008-02-08
    • Scott HallSylvain DennielJeroen Remery
    • Scott HallSylvain DennielJeroen Remery
    • E21B43/01
    • E21B17/01E21B43/0122F16L55/07
    • An apparatus for venting an annular space between a liner and a pipeline of a subsea riser used for conveying hydrocarbons, the apparatus comprising a permeate recovery device for recovering permeate passing through the liner into the annular space. The permeate recovery device includes a first vent port in a wall of the pipeline at or adjacent a lower region of the pipeline and communicating with a permeate recovery line defining a flow path between the annular space and a permeate collection vessel. A one-way valve is associated with the permeate recovery line for preventing flow from the permeate recovery line into the annular space. A gaseous permeate recovery line connected to a second vent port at an upper region of the pipeline defining a flow of gaseous permeate from the annular space.
    • 一种用于排放用于输送烃的海底提升管的衬套和管道之间的环形空间的装置,该装置包括渗透物回收装置,用于将通过衬套的渗透物回收到环形空间中。 渗透物回收装置包括在管道的壁中的或邻近管道的下部区域的第一通气口,并与限定环形空间和渗透物收集容器之间的流动路径的渗透物回收管线连通。 单向阀与渗透物回收管线相关联,用于防止从渗透物回收管线流入环形空间。 气体渗透物回收管路连接到管道的上部区域处的第二通气口,从环形空间限定气体渗透物流。
    • 7. 发明申请
    • Endless belt conveyor frame and tensioning device including center drive construction
    • 无端带式输送机框架和张紧装置,包括中心驱动结构
    • US20050145465A1
    • 2005-07-07
    • US11072672
    • 2005-03-04
    • Daniel ErtelScott Hall
    • Daniel ErtelScott Hall
    • B65G21/06B65G23/44B65G39/16B65G21/08B65G21/10
    • B65G21/06B65G23/44B65G39/16
    • A conveyor construction that includes a conveyor frame assembly formed from a pair of spaced side frame members interconnected with each other by spaced cross members. The upper bed of the conveyor frame assembly is formed from individual bed plate strips attached to each of the cross members. The width of the conveyor frame assembly can be modified by the proper selection of the number of bed plate strips. The conveyor frame assembly includes a separate tensioning assembly and tracking adjustment assembly. The tracking adjustment assembly is adjusted separate from the tensioning assembly such that additional tension applied to the conveyor belt does not affect the previously selected tracking adjustment. The conveyor construction includes a center drive unit having only a single drive roller, a guide roller and a tensioning roller. The tensioning roller position is controlled by a pair of spaced tensioning cylinder.
    • 输送机结构,其包括由一对间隔开的侧框架构件形成的输送框架组件,所述侧框架构件通过间隔开的横向构件相互连接。 输送机框架组件的上层由附接到每个横向构件的单独的床板条形成。 可以通过适当选择床板条的数量来改变输送机框架组件的宽度。 输送机框架组件包括单独的张紧组件和跟踪调节组件。 跟踪调节组件与张紧组件分开调节,使得施加到传送带的附加张力不影响先前选择的跟踪调节。 输送机结构包括仅具有单个驱动辊,引导辊和张紧辊的中心驱动单元。 张紧辊位置由一对间隔张紧筒控制。
    • 10. 发明授权
    • Synchronized fountain and method
    • 同步喷泉和方法
    • US06276612B1
    • 2001-08-21
    • US09566840
    • 2000-05-05
    • Scott Hall
    • Scott Hall
    • B05B1708
    • B05B17/08F21W2121/02
    • A fountain control system capable of synchronizing a water, light, and sound performance. The fountain control system includes a plurality of variable speed pumps which are used to control the flow of water through the discharge conduits and ultimately the height of the stream of water projected by the discharge outlet. The fountain control system is capable of varying the speed of the pumps in accordance with an audio input signal and thereby control the height of the stream of water without the use of valves. The light and sound aspects of the performance are delayed to compensate for mechanical delays in the system to ensure a synchronized performance. The fountain control system has the added ability of providing a unique performance based on different pieces of music without the need of reprogramming.
    • 能够同步水,光和声音表演的喷泉控制系统。 喷泉控制系统包括多个变速泵,其用于控制​​通过排放管道的水流,最终控制由排出口突出的水流的高度。 喷泉控制系统能够根据音频输入信号改变泵的速度,从而在不使用阀的情况下控制水流的高度。 性能的光和声音方面被延迟以补偿系统中的机械延迟,以确保同步的性能。 喷泉控制系统具有基于不同音乐片段提供独特性能的附加功能,无需重新编程。