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    • 1. 发明申请
    • ROOF WATER CONDUIT ASSEMBLIES AND METHODS
    • 屋顶水管组件和方法
    • WO2015120175A1
    • 2015-08-13
    • PCT/US2015/014659
    • 2015-02-05
    • CREATION ENTERPRISE, INC.
    • MARTIN, Walter, Byard
    • E04D13/08E04D13/064
    • E04D13/08E04D2013/0893
    • Water accumulation and conduction systems for conveying water from a building rooftop through the building wall are provided. The systems can include conduit in fluid communication with the rooftop and extending from the rooftop to within an exterior wall between the adjacent studs and out of the wall proximate the foundation to grounds about the building. Methods for conducting water accumulated on a building rooftop through a gutter are provided. The methods can include conducting the water between adjacent studs of an exterior wall supporting the rooftop. Water conduction systems for conveying water through deck boards are provided. The systems can include at least one deck board defining a conduit extending the length of the deck board. Methods for conducting water through deck boards are provided. The methods can include conducting water from the intake conduit and through the length of the one deck board.
    • 提供了通过建筑物墙壁从建筑物屋顶输送水的积聚和传导系统。 该系统可以包括与屋顶流体连通并且从屋顶延伸到相邻螺柱之间的外壁内并且靠近基座的壁之外的导管与围绕建筑物的接地相连。 提供了通过沟渠积聚在建筑物屋顶上的水的方法。 这些方法可以包括在支撑屋顶的外墙的相邻柱之间引导水。 提供了通过甲板输送水的导水系统。 该系统可以包括至少一个甲板板,其限定延伸甲板板的长度的导管。 提供了通过甲板进行水的方法。 这些方法可以包括从进气管道和一个甲板板的长度导入水。
    • 2. 发明申请
    • BALCONY CONSTRUCTION
    • 平底建筑
    • WO2011095689A1
    • 2011-08-11
    • PCT/FI2011/050083
    • 2011-02-01
    • JUKOVA OYVAIRINEN, Erkki
    • VAIRINEN, Erkki
    • E04B1/00B63B29/02E04D13/04
    • E04B1/003B63B3/48B63B17/02B63B29/02E04D13/0445E04D13/08E04D2013/0893
    • The invention relates to a balcony construction comprising at least two upper (1) and correspondingly at least two lower supporting cantilevers (2) to be fixed to a framework for supporting an upper (3) and a lower balcony element (4), and in which lower balcony element (4) is provided at least one dividing wall (5). The supporting cantilevers (1, 2) are essentially U-shaped in cross-section, opening upwards and forming a collection space (12) for any water entering the balcony element. At least one upper (1) and correspondingly at least one lower supporting cantilever (2) are mutually aligned on essentially the same vertical plane. Between the said mutually aligned upper and lower supporting cantilevers is at least one tubular, non-load- bearing support structure (6) of a dividing wall, which can be functionally connected to the said upper (1) and lower U-shaped supporting cantilevers (2) to guide water from the upper supporting cantilever (1) to the lower supporting cantilever (2).
    • 本发明涉及一种阳台结构,其包括至少两个上部(1)和相应的至少两个下部支撑悬臂(2),以固定到用于支撑上部(3)和下部阳极元件(4)的框架,并且 所述下阳极元件(4)设置有至少一个分隔壁(5)。 支撑悬臂(1,2)的横截面基本上为U形,向上开口并形成用于任何进入阳台元件的水的收集空间(12)。 至少一个上部(1)和相应的至少一个下部支撑悬臂(2)在基本上相同的垂直平面上相互对准。 在所述相互对准的上和下支撑悬臂之间是分隔壁的至少一个管状的非承重支承结构(6),其可以在功能上连接到所述上部(1)和下部U形支撑悬臂 (2)将水从上支撑悬臂(1)引导到下支撑悬臂(2)。
    • 4. 发明申请
    • METHOD AND APPARATUS FOR SIPHONING WATER FROM A PONDING AREA ON A FLAT ROOF
    • 方法和装置,用于从平坦的屋顶上的一个连接区域的水中去除水
    • WO1980000175A1
    • 1980-02-07
    • PCT/US1978000214
    • 1978-12-14
    • LOFTIN D
    • F04F10/00
    • E04D13/08E04D13/0404E04D2013/0893F04F10/00
    • A method and apparatus for removing water from a ponding area of a flat roof having a run-off system which is no longer operable to drain water from the ponding area which comprises directing a quantity of the run-off water flowing in the run-off system (54 or 60) as a result of the commencement of a rain condition or the like into a priming chamber (22 or 82), displacing water from the priming chamber back into the run-off system in such a way as to establish a negative pressure condition within the priming chamber, and communicating (46 or 72) the negative pressure condition to an end of a siphon hose (40) at a vertical level below the level of the ponding area, the other inlet end (44) of which is disposed in water sucking relation to the ponding area to thereby prime the siphon hose and commence the flow of water from the ponding area which flows after the cessation of the rain condition or the like continues until the water is substantially removed from the ponding area.
    • 一种用于从具有径流系统的平顶的池塘区域除去水的方法和装置,所述径流系统不再可操作以从所述池塘区域排出水,所述方法和装置包括:引导一定数量的所述径流中流动的所述流出水 系统(54或60)由于开始下雨状况等而进入起动舱(22或82),将水从启动室移回到径流系统中,以便建立一个 在启动室内的负压条件下,并且将负压条件连通(46或72)到位于虹吸管(40)的一端的垂直高度低于蓄水区域的水平面,其另一入口端(44) 被放置在与积水区域相吸的水中,从而引起虹吸管,并且在雨水状态等停止之后继续流动的积水区域开始流动,直到水基本上从积水区域移除。
    • 5. 发明申请
    • LOW COST HURRICANE AND EARTHQUAKE RESISTANT HOUSE
    • 低成本电流和抗地震电抗器
    • WO2013026132A1
    • 2013-02-28
    • PCT/CA2012/000671
    • 2012-07-13
    • LEKHTMAN, Gregory
    • LEKHTMAN, Gregory
    • E04H9/02E04H9/14
    • E04D13/0481E04D2013/0893E04H9/02E04H9/028E04H9/14
    • A low-cost hurricane and earthquake resistant house structure (10, 10', 10") includes a rounded shape external wall (12) constructed of a plurality of circumferentially adjacent wall segments (13), each secured to an adjacent structural vertical stud (14) secured to the ground (18) via a shock absorber (16). Each wall segment (13) includes a plurality of blocks (24, 24') located and secured on top of one another. A foundation groove (22) receives at least a portion of a lowest block (24, 24') of each wall segment (13) therein, and spaced from inside foundation walls. An aerodynamic roof (34, 34', 34") is secured to the vertical studs (14, 14'), and a floor (40) is mounted on shock absorbers (42) on the ground (18) and connected to the wall (12) with a flexible material (46).
    • 低成本的飓风和抗震房屋结构(10,10',10“)包括由多个周向相邻的壁段(13)构成的圆形外壁(12),每个壁部分固定到相邻的结构垂直螺柱 14)通过减震器(16)固定到地面(18)上,每个壁段(13)包括彼此位于并固定在一起的多个块体(24,24'),基础槽(22) 其中每个壁段(13)的最低块(24,24')的至少一部分,并且与内部基础壁间隔开。空气动力学顶板(34,34',34“)固定到垂直螺柱 ,14'),并且地板(40)安装在地面(18)上的减震器(42)上,并用柔性材料(46)连接到壁(12)。
    • 6. 发明申请
    • FACADE RAINWATER HARVESTING SYSTEM
    • FACADE雨水收集系统
    • WO2008146000A1
    • 2008-12-04
    • PCT/GB2008/001829
    • 2008-05-29
    • HURDROLLAND PARTNERSHIPCANAVAN, H., Donald
    • CANAVAN, H., Donald
    • E04B2/96E04D13/08E04D13/064
    • E04B2/88E04B2/96E04D13/064E04D13/08E04D2013/0893Y10T137/0318Y10T137/6969
    • A rainwater harvesting system which utilises facade cladding instead of roof collection. The system uses the structural 'transoms' or horizontal glazing members to direct rainwater falling on the glazing panels into the vertical mullions, and from there downwards into a basement collection system as with more conventional rainwater harvesting. Embodiments are described including a slotted enclosed system, with lift out panels for cleaning, and an open system with easier cleaning access. Both embodiments allow rainwater to be collected before ground contamination occurs, making its filtration and reuse within the building easier. It also means that urban buildings can now seriously benefit from rainwater harvesting and reduce their water consumption in a way that only buildings with larger roof areas were able to before.
    • 雨水收集系统采用立面包层而不是屋顶采集。 该系统使用结构“横梁”或水平玻璃构件将雨水落在玻璃板上进入垂直竖框,并从那里向下进入地下室收集系统,与更常规的雨水收集一样。 描述的实施例包括带槽的封闭系统,具有用于清洁的提升板,以及具有更容易清洁通道的开放系统。 两个实施方案允许在发生地面污染之前收集雨水,使其在建筑物内的过滤和再利用更容易。 这也意味着城市建筑现在可以严重受益于雨水收集,并且只能减少其用水量,只有具有较大屋顶面积的建筑物才能实现。
    • 8. 发明申请
    • ROOF DRAIN RECEIVER
    • 屋顶排水接收器
    • WO2009157900A1
    • 2009-12-30
    • PCT/US2008/007972
    • 2008-06-26
    • MAY, Jeffrey, Paul
    • MAY, Jeffrey, Paul
    • E04D13/08
    • E04D13/08E04D2013/0806E04D2013/0813E04D2013/0893
    • A roof drain receiver for a site cast construction is provided comprising: a hollow main body partially buried in a wall of the construction near its bottom portion during the site casting and having one or more top inlets for receiving a number of vertical drain pipes extending interior of the construction wall to channel drain water collected from the top of the construction, and a large rectangular spout extending from the main body to an exterior side of the construction wall for emitting the channeled water off the wall. The main body has an anchoring flange for securing the same to an inner surface of the construction, a replaceable faceplate having a large rectangular opening in the center and a check door pivotally connected to the faceplate for allowing water down flowing while it normally blocks a forced entry of foreign objects into the main body.
    • 一种用于现场铸造结构的屋顶排水接收器包括:一个中空主体,其在现场铸造期间部分地埋在该构造的靠近其底部部分的壁中,并具有一个或多个顶部入口,用于容纳多个垂直排水管, 的构造壁,用于将从结构顶部收集的排水作为通道,以及从主体延伸到建筑壁的外侧的大矩形喷口,用于将引导的水从壁上排出。 主体具有用于将其固定到结构的内表面的锚定凸缘,具有在中心具有大矩形开口的可更换面板以及枢转地连接到面板的止回阀,用于允许水向下流动,同时通常阻挡强制 异物进入主体。