A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
WATER-STOP SHEET AND WATER-STOP STRUCTURE
To provide a water-stop sheet and a water-stop structure with improved water-stop performance.SOLUTION: A water-stop sheet 1 has a first layer 1A made of fiber-reinforced rubber and having high strength, and a second layer made of foamed rubber and having high flexibility bonded to one side of the first layer 1A. This water-stop sheet 1 is bent at a desired position and arranged so that a grounding part 2 is in contact with a construction surface 30 and an upright part 3 is in contact with the outer surface of an object to be protected 40. Load bodies 20 are placed on the grounding part 2, and the second layer 1B is pressed against the construction surface 30. Since the pressing force of the load bodies 20 are dispersed through the first layer 1A, the pressing force also acts on the grounding part 2 facing the gaps between the load bodies 20. This allows the second layer 1B to be brought into continuous contact with the construction surface 30 without any breaks, so even when there is some gap between the load bodies 20, reliable water-stop performance can be obtained over the entire area.SELECTED DRAWING: Figure 2
【課題】止水性能を向上させた止水シート及び止水構造体を提供する。【解決手段】止水シート１は、繊維強化ゴムから成る強度が大きい第１層１Ａと、その一方面に貼り合わされた発泡ゴムから成る柔軟性が大きい第２層とを有する。この止水シート１を所望の位置で折り曲げ、接地部分２を施工面３０に当接させると共に、起立部分３を保護対象物４０の外面に当接させるように配置する。接地部分２の上に荷重体２０を載置し、第２層１Ｂを施工面３０に圧接する。荷重体２０の押圧力が第１層１Ａを介して分散されるので、荷重体２０の隙間に面する接地部分２にも押圧力が作用する。これにより、第２層１Ｂを施工面３０に対し切れ目なく連続して密着させることが可能なので、荷重体２０間に多少の隙間を有していても、全域にわたり確実な止水性能を得られる。【選択図】 図２
WATER-STOP SHEET AND WATER-STOP STRUCTURE
To provide a water-stop sheet and a water-stop structure with improved water-stop performance.SOLUTION: A water-stop sheet 1 has a first layer 1A made of fiber-reinforced rubber and having high strength, and a second layer made of foamed rubber and having high flexibility bonded to one side of the first layer 1A. This water-stop sheet 1 is bent at a desired position and arranged so that a grounding part 2 is in contact with a construction surface 30 and an upright part 3 is in contact with the outer surface of an object to be protected 40. Load bodies 20 are placed on the grounding part 2, and the second layer 1B is pressed against the construction surface 30. Since the pressing force of the load bodies 20 are dispersed through the first layer 1A, the pressing force also acts on the grounding part 2 facing the gaps between the load bodies 20. This allows the second layer 1B to be brought into continuous contact with the construction surface 30 without any breaks, so even when there is some gap between the load bodies 20, reliable water-stop performance can be obtained over the entire area.SELECTED DRAWING: Figure 2
【課題】止水性能を向上させた止水シート及び止水構造体を提供する。【解決手段】止水シート１は、繊維強化ゴムから成る強度が大きい第１層１Ａと、その一方面に貼り合わされた発泡ゴムから成る柔軟性が大きい第２層とを有する。この止水シート１を所望の位置で折り曲げ、接地部分２を施工面３０に当接させると共に、起立部分３を保護対象物４０の外面に当接させるように配置する。接地部分２の上に荷重体２０を載置し、第２層１Ｂを施工面３０に圧接する。荷重体２０の押圧力が第１層１Ａを介して分散されるので、荷重体２０の隙間に面する接地部分２にも押圧力が作用する。これにより、第２層１Ｂを施工面３０に対し切れ目なく連続して密着させることが可能なので、荷重体２０間に多少の隙間を有していても、全域にわたり確実な止水性能を得られる。【選択図】 図２
WATER-STOP SHEET AND WATER-STOP STRUCTURE
止水シート及び止水構造体
SHIBATA MITSUYOSHI (author) / SAKAE DAISUKE (author) / SHIBATA TOMOKI (author)
2023-11-29
Patent
Electronic Resource
Japanese
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