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    • 6. 发明申请
    • FREE-FLOWING WATERPROOFING SYSTEM
    • 自由流水防护系统
    • WO2017034633A1
    • 2017-03-02
    • PCT/US2016/032471
    • 2016-05-13
    • PARKS, Jody, V.
    • PARKS, Jody, V.
    • E02D31/10E02D31/02E04B1/62E04B1/64E04B1/66
    • E02D31/025B01D39/08B01D2201/301C02F1/001C02F2103/001E02D31/12
    • A water management system (10) provides a much improved waterproofing drainage system particularly, but not limited to foundations, new or existing. The system includes a form (7), clean washed stone (3), soil separating filter cloth (4), backfilling soil (13), and drainage pipe (20) to drain out all water away from the structure. This system (10) is easily installed and creates an even "wall" of gravel around structural walls minimizing the costs of materials making it very cost-effective. This system removes all hydrostatic pressure from structural walls eliminating the cause of water infiltration to the interior of basement walls. Water infiltration in basement walls results in mold, mildew, high humidity, and poor air quality.
    • 水管理系统(10)提供了非常改进的防水排水系统,特别是但不限于新建或现有的基础。 该系统包括一个形式(7),清洁清洗的石头(3),土壤分离滤布(4),回填土(13)和排水管(20),以将所有的水排出结构。 该系统(10)易于安装,并在结构墙体周围形成了平铺的“墙壁”,使得材料的成本最小化,使其成本效益高。 该系统消除了结构壁上的所有静水压力,消除了水渗入地下室内壁的原因。 地下室壁渗透水会导致模具霉变,湿度高,空气质量差。
    • 8. 发明申请
    • BUILDING METHOD AND APPARATUS
    • 建筑方法和装置
    • WO1992014004A1
    • 1992-08-20
    • PCT/GB1992000234
    • 1992-02-10
    • SLOMA, Robert, Michael
    • E02D31/10
    • E04G11/04E02D31/10E04G11/045E04G11/48
    • A method of building a structure (22) on a substrate (14), said method including the steps of providing on the substrate (14) a support arrangement capable of adopting a first, substantially rigid state whilst the structure (22) is being built thereabove, and a subsequent, second state permitting the accommodation of movement of, and/or forces in the substrate (e.g. due to heave). The support arrangement comprises fluid confinable means (16) which, in the arrangement's first state, confines a fluid therein to a first space and is operable (via said fluid) to support the structure (22) or at least parts thereof above the substrate (14) and which, in the arrangement's second state, does not confine the fluid and is either in a reduced space or is readily compressible to a reduced space by said movement and/or forces. The fluid confining means may comprise a container comprising a flexible-walled main body (16) and a closure member (20) for the body, said closure member comprising, as at least part of its wall, an element degradable in a predictable manner with the intended fluid contents of the container. In a particularly preferred embodiment, the degradable element comprises a magnesium alloy to degrade in a predictable manner by the effect of water or a saline solution within the container.
    • 一种在基板(14)上构造结构(22)的方法,所述方法包括以下步骤:在所述基板(14)上提供支撑装置,所述支撑装置能够采用第一基本刚性的状态,同时构造所述结构(22) 以及随后的第二状态,其允许调节基体的运动和/或力(例如由于起伏)。 支撑装置包括流体可控装置(16),其在该装置的第一状态下将其中的流体限制在第一空间中并且可操作(通过所述流体)以支撑结构(22)或其至少部分在基板上方 14),并且在安排的第二状态下,其不限制流体并且处于减小的空间中,或者通过所述运动和/或力容易地压缩到减小的空间。 流体限制装置可以包括容器,该容器包括柔性壁主体(16)和用于主体的封闭构件(20),所述封闭构件至少部分包括可以可预测的方式降解的元件, 容器的预期流体内容物。 在一个特别优选的实施方案中,可降解元素包括镁合金,以通过水或盐溶液在容器内的作用以可预测的方式降解。