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    • 1. 发明申请
    • FLUID PROVIDER ASSEMBLY AND PORTABLE FLUID PROVIDER SYSTEM INCLUDING SAME
    • 流体提供者组装和便携式流体提供者系统,包括它们
    • WO2004044479A2
    • 2004-05-27
    • PCT/US2003/036250
    • 2003-11-10
    • GRAY TEK, INC.JOHNSON, Raynor, AZHANG, Morgan
    • JOHNSON, Raynor, AZHANG, Morgan
    • F17C
    • F17C1/00F04B39/0033F04B39/121F04D29/403
    • A fluid provider assembly including a fluid provider housing having an intake end having a fluid intake vent and an opposed output end having a fluid output vent. A motor unit is positioned within the housing, and a fluid pressurization unit is interposed between the intake end and the motor unit for pressurizing fluid within the housing such that fluid expelled from the output vent has a higher pressure than fluid received through the intake vent. A portable sound damping case is also provided. The case has a base side, peripheral sidewalls, and a closeable top side. The base side has a fluid intake vent in a first position laterally spaced from a center point of the base. The intake end of the fluid provider assembly is positioned proximate the base of the case such that the fluid provider assembly intake vent is laterally offset from the first position.
    • 一种流体提供器组件,包括具有进气端具有流体进气口的流体供应器壳体和具有流体输出口的相对输出端。 马达单元定位在壳体内,并且流体加压单元插入在进气端和马达单元之间,用于对壳体内的流体加压,使得从输出通风口排出的流体具​​有比通过进气口接收的流体更高的压力。 还提供便携式音响箱。 壳体具有底侧,外围侧壁和可关闭的顶侧。 底侧在与基座的中心点横向隔开的第一位置具有流体进气口。 流体提供器组件的进气端定位成靠近壳体的底部,使得流体提供器组件进气口横向偏离第一位置。
    • 2. 发明申请
    • MATERIAL MOVER HAVING A FLUID FILM RESERVOIR
    • 具有流体膜储存器的材料
    • WO2004043792A2
    • 2004-05-27
    • PCT/US2003/035709
    • 2003-11-10
    • GRAY TEK, INC.JOHNSON, Raynor, A
    • JOHNSON, Raynor, A
    • B65D
    • A61G7/103A61G7/1021A61G7/1028A61G2200/32B60P7/065B60P7/16B60V1/06B65G7/06B66F3/35
    • A material mover includes a substantially rectangular top and bottom sheets connected to perimeter side walls. The width of the bottom sheet which is perforated with orifices at least in a central portion, is greater than the width of the top sheet at least in middle and lower regions of the top and bottom sheets. A plurality of partition members connect at least portions of the top and bottom sheets to one another, and extend parallel with lateral edges of the top and bottom sheets and are spaced in from the perimeter side walls. A fluid weir is defined at an outer periphery of the bottom sheet to provide a fluid film reservoir under at least the central portion of the bottom sheet having the plurality of orifices formed therein. The dispersion of the fluid from underneath the material mover is inhibited by the fluid weir.
    • 材料移动器包括连接到周边侧壁的基本上矩形的顶部和底部片材。 至少在中心部分穿孔的底部片材的宽度至少在顶部和底部片材的中部和下部区域中大于顶部片材的宽度。 多个分隔构件将顶部和底部片材的至少一部分彼此连接,并且与顶部和底部片材的侧边缘平行地延伸并且与周边侧壁间隔开。 流体堰被限定在底部片材的外周边,以在至少具有形成在其中的多个孔口的底部片材的中心部分提供流体膜储存器。 流体从流体堰下方的流体被分散,
    • 5. 发明申请
    • AIR CHAMBER TYPE PATIENT MOVER
    • 空气室类型患者运动
    • WO1993011062A1
    • 1993-06-10
    • PCT/US1991008660
    • 1991-11-25
    • WEEDLING, Robert, E.SWALLEN, William, R.JOHNSON, Raynor, A.WEGENER, JackDAVIS, David, T.
    • B65G07/06
    • B60V3/025A61G7/1021A61G7/1028A61G7/103A61G2200/32
    • Air chamber-type air pallets (10) incorporate side-to-side linked air pressurized tubes or chambers (46-64) in two integrated rows, having common members (14, 16) for adjacent chambers under air pressurization rendered rigid over a certain extent to rigidify the air chambers thereof which form load backing chambers in place of rigid backing members conventionally employed in air pallets maintaning the load (P) footprint borne by the air pressurized backing chambers matched by that of the developed air bearing or air film (A) by passage of compressed air through the pattern of perforations (26). Preferably, linked tubes (44-54) of one row are laterally offset but integrated physically to those (56-64) of a second row to both limit lateral shrinkage of linked tubes (44-64) extending completely across the pin hole perforations (26) within the thin, flexible bottom sheet (18) partially forming such air pallets. A single row of linked tubes (306) formed of two thin, flexible sheets (302, 304), acting as plenum chambers and having perforations (316) within the thin, flexible bottom sheet (304) functions adequately to support the patient (P) directly on the top thin, flexible sheeet (302) with the bottom tangential surfaces of the individual tubes (306) flattening.
    • 空气室型空气托盘(10)包括两个一体排列的侧向连接的空气加压的管或室(46-64),其具有在空气加压之下的相邻室的共同构件(14,16) 在形成负载背衬室的空气室的刚度方面,代替常规用于空气托盘中的刚性背衬构件,该空气托盘支撑由与开发的空气轴承或空气薄膜(A)匹配的空气加压背衬腔承载的负载(P) )通过压缩空气通过穿孔图案(26)。 优选地,一排的连接管(44-54)横向偏移,但物理地与第二排的(56-64)物理地结合,以限制完全延伸穿过销孔穿孔的连接管(44-64)的横向收缩 26)部分地形成这种空气托盘的薄的柔性底部片(18)内。 由薄的柔性片(302,304)形成的一排连接的管(306),其作为充气室并且在薄的柔性底片(304)内具有穿孔(316),其功能足以支撑患者(P )直接位于顶部薄的柔性薄片(302)上,其中各个管(306)的底部切向表面变平。