Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
FOUNDATION PENETRATION STRUCTURE OF PIPING AND CONSTRUCTION METHOD OF FOUNDATION PENETRATION PIPING
To improve workability mainly to a retainer on an indoor side of a water stop material.SOLUTION: A water stop material 13 is installed in a circumferential direction in a clearance 12 between a penetration hole portion 11 formed on a foundation 4 and piping 2 inserted and disposed in the penetration hole portion 11. At a position closer to an indoor side 15 than the water stop material 13 in the clearance 12, a foamed material 16 is installed. At a position closer to an outdoor side 17 than the water stop material 13 in the clearance 12, mortar 18 is placed. The foamed material 16 may be installed in the penetration hole portion 11 together with the piping 2 while being attached on an outer peripheral surface of the piping 2. The foamed material 16 may be pasted to the outer peripheral surface of the piping 2 by an adhesive tape 25.SELECTED DRAWING: Figure 1
【課題】主に、止水材の屋内側の押さえに対する作業性を向上し得るようにする。【解決手段】基礎４に形成された貫通穴部１１と、貫通穴部１１に挿通配置された配管２との間の隙間１２に止水材１３が周方向に設置され、隙間１２内の止水材１３よりも屋内側１５の位置には、発泡材１６が設置され、隙間１２内の止水材１３よりも屋外側１７の位置には、モルタル１８が打設される。発泡材１６は、配管２の外周面に取付けられた状態で、配管２と共に貫通穴部１１に設置されても良い。発泡材１６は、粘着テープ２５で配管２の外周面に貼付けられても良い。【選択図】図１
FOUNDATION PENETRATION STRUCTURE OF PIPING AND CONSTRUCTION METHOD OF FOUNDATION PENETRATION PIPING
To improve workability mainly to a retainer on an indoor side of a water stop material.SOLUTION: A water stop material 13 is installed in a circumferential direction in a clearance 12 between a penetration hole portion 11 formed on a foundation 4 and piping 2 inserted and disposed in the penetration hole portion 11. At a position closer to an indoor side 15 than the water stop material 13 in the clearance 12, a foamed material 16 is installed. At a position closer to an outdoor side 17 than the water stop material 13 in the clearance 12, mortar 18 is placed. The foamed material 16 may be installed in the penetration hole portion 11 together with the piping 2 while being attached on an outer peripheral surface of the piping 2. The foamed material 16 may be pasted to the outer peripheral surface of the piping 2 by an adhesive tape 25.SELECTED DRAWING: Figure 1
【課題】主に、止水材の屋内側の押さえに対する作業性を向上し得るようにする。【解決手段】基礎４に形成された貫通穴部１１と、貫通穴部１１に挿通配置された配管２との間の隙間１２に止水材１３が周方向に設置され、隙間１２内の止水材１３よりも屋内側１５の位置には、発泡材１６が設置され、隙間１２内の止水材１３よりも屋外側１７の位置には、モルタル１８が打設される。発泡材１６は、配管２の外周面に取付けられた状態で、配管２と共に貫通穴部１１に設置されても良い。発泡材１６は、粘着テープ２５で配管２の外周面に貼付けられても良い。【選択図】図１
FOUNDATION PENETRATION STRUCTURE OF PIPING AND CONSTRUCTION METHOD OF FOUNDATION PENETRATION PIPING
配管の基礎貫通構造および基礎貫通配管の施工方法
YAMAMOTO NAOKI (Autor:in)
26.05.2022
Patent
Elektronische Ressource
Japanisch
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