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    • 84. 发明公开
    • Inflatable structure
    • Aufblasbare Struktur
    • EP2570151A1
    • 2013-03-20
    • EP12184668.7
    • 2012-09-17
    • Sunless Solutions Limited
    • Young, Lisa
    • A61M35/00B05B15/12E04H15/20
    • A61M35/00B05B16/40B05B16/80E04H2015/201
    • An inflatable structure for use as a spray tan booth, the structure including an inflatable support assembly which defines a pair of opposed sides and a front, the inflatable support assembly including a valve which is connectable to a source of compressed air and having an erect configuration and a collapsed configuration; a pair of opposed side wall elements supported by the support assembly and a floor element located between the side wall elements, wherein, in the erect configuration, the front defines an opening which provides unimpeded access into the structure, and wherein the inflatable support assembly comprises a material which is gas permeable, whereby a constant supply of compressed air is necessary to maintain the assembly in an erect configuration.
    • 一种用作喷雾室的可膨胀结构,该结构包括限定一对相对侧面的可膨胀支撑组件和前部,该可充气支撑组件包括可连接到压缩空气源并具有直立构型的阀 和折叠配置; 由所述支撑组件支撑的一对相对的侧壁元件和位于所述侧壁元件之间的地板元件,其中,在所述直立构造中,所述前部限定了开口,所述开口提供无阻碍地进入所述结构,并且其中所述可充气支撑组件包括 气体可渗透的材料,由此需要恒定的压缩空气供应以将组件保持在直立构型。
    • 85. 发明公开
    • AN INFLATABLE STRUCTURE
    • 充气结构
    • EP2440299A1
    • 2012-04-18
    • EP10725845.1
    • 2010-06-09
    • Finecard International Limited
    • THOMPSON, Mark
    • A63H33/00
    • A63H33/008E04H2015/201Y10T29/49616
    • A structure which is transformable by inflation from a collapsed condition for storage to an erect condition for use has an inflatable tubular framework and at least one flexible web attached to and extending between two or more regions of the framework. The inflatable framework is formed by at least one inner inflatable tubular element (A, B) of flexible, elastic, air-impermeable material and having an inflation valve (13,15) accommodated within an outer sleeve arrangement of a material which is flexible but substantially non- elastic and restrained therein upon inflation. The outer sleeve arrangement is configured to include at least one branch point and/or at least one abrupt bend and the configuration of the inner tubular element or elements (A, B) corresponds to that (branch points (a, b) and abrupt bends (z)) so that the inner tube or tubes will substantially fill the outer sleeve arrangement upon inflation. Each inner tube (A, B) is formed by cutting and bonding of the air-impermeable material to provide a continuous inflatabie compartment of relevant configuration and is inserted through an opening in the outer sleeve arrangement and fed through so as to fill it when later inflated in use.