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    • 7. 发明授权
    • Rapid emergency evacuation frame
    • 快速紧急撤离框架
    • US08590076B2
    • 2013-11-26
    • US13206064
    • 2011-08-09
    • David Davis
    • David Davis
    • A47B1/00
    • A61G1/00A61G1/044
    • An air liftable emergency evacuation frame is for transporting an injured person to an immediate medical aid. The evacuation frame comprises an elongated support structure that includes a support member assembly having a longitudinally extending pair of opposing poles. The support member assembly is configured to interconnect the pair of opposing poles to define a recessed area to place the injured person. A plurality of supporting means attached at a lower portion of the pair of opposing poles is adaptable to hold the elongated support structure when the emergency evacuation frame is placed on a surface with the injured person. At least one hole is employed at an upper portion of at least one of the pair of opposing poles to hold a detachable intravenous stand. The detachable intravenous stand allows a rescuer to hang an intravenous bag for providing a better flow of fluids.
    • 一个可提升紧急撤离框架是将受伤人员运送到即时的医疗救助。 排空框架包括细长的支撑结构,其包括具有纵向延伸的一对相对极的支撑构件组件。 支撑构件组件被配置成互连该对相对的杆以限定凹陷区域以将受伤的人放置。 当紧急疏散框架与受伤的人放置在一个表面上时,附接在该对相对的杆的下部的多个支撑装置适于保持细长的支撑结构。 在一对相对极中的至少一个的上部使用至少一个孔,以保持可拆卸的静脉内支架。 可拆卸的静脉支架允许救护人员悬挂静脉内袋以提供更好的流体流动。
    • 10. 发明申请
    • Elevated support matrix for a shoe and method of manufacture
    • 用于鞋的高架支撑矩阵和制造方法
    • US20060218820A1
    • 2006-10-05
    • US11098011
    • 2005-03-31
    • Colin BadenDavid Davis
    • Colin BadenDavid Davis
    • A43B13/34
    • A43B13/14A43B3/0031A43B3/0042A43B13/10A43B13/206A43B21/025
    • Disclosed is an elevated support matrix for a shoe, which may either form a sole, heel, or sole and heel combination. The matrix is formed of metal, or other high-tensile materials. To minimize the weight of the matrix, but still maintain the structural integrity of the matrix and properly support the wearer's foot, passageways are created in the matrix. The passageways result in void space and lattice, which have corresponding volumes. The increased volume of void space correlates with an overall weight reduction. A support matrix is thus provided that takes advantage of higher-tensile materials to create a reduced weight structurally maintained support matrix. Methods of manufacturing the matrix are also disclosed.
    • 公开了一种用于鞋的升高的支撑矩阵,其可以形成鞋底,鞋跟或鞋底和鞋跟组合。 基体由金属或其他高强度材料形成。 为了最小化矩阵的重量,但是仍然保持基体的结构完整性并适当地支撑穿着者的脚,在矩阵中产生通道。 通道导致空隙空间和格子具有相应的体积。 空隙空间的增加量与总体重量减少相关。 因此提供了支撑矩阵,其利用较高拉伸的材料来产生减重结构上保持的支撑矩阵。 还公开了制造基质的方法。