A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
PROJECTILE COLLISION PROTECTION DEVICE AND PROJECTILE COLLISION PROTECTION METHOD
To provide a projectile collision protection technology that can withstand a projectile collision while reducing the thickness of the outer wall or roof of a building.SOLUTION: A projectile collision protection device 1 includes: a first steel plate 18 forming the outer surface of a building 2; a second steel plate 19 provided on the inner surface side of the first steel plate 18; a concrete part 20 filled between the first steel plate 18 and the second steel plate 19; a third steel plate 21 provided on the inner surface side of the second steel plate 19; and a space part 22 provided between the second steel plate 19 and the third steel plate 21.SELECTED DRAWING: Figure 2
【課題】建築物の外壁または屋根の厚みを抑えつつ、飛翔体の衝突に耐えることができる飛翔体衝突防護技術を提供する。【解決手段】飛翔体衝突防護装置１は、建築物２の外面を形成する第１鋼板１８と、第１鋼板１８の内面側に設けられた第２鋼板１９と、第１鋼板１８と第２鋼板１９との間に充填されたコンクリート部２０と、第２鋼板１９の内面側に設けられた第３鋼板２１と、第２鋼板１９と第３鋼板２１との間に設けられた空間部２２とを備える。【選択図】図２
PROJECTILE COLLISION PROTECTION DEVICE AND PROJECTILE COLLISION PROTECTION METHOD
To provide a projectile collision protection technology that can withstand a projectile collision while reducing the thickness of the outer wall or roof of a building.SOLUTION: A projectile collision protection device 1 includes: a first steel plate 18 forming the outer surface of a building 2; a second steel plate 19 provided on the inner surface side of the first steel plate 18; a concrete part 20 filled between the first steel plate 18 and the second steel plate 19; a third steel plate 21 provided on the inner surface side of the second steel plate 19; and a space part 22 provided between the second steel plate 19 and the third steel plate 21.SELECTED DRAWING: Figure 2
【課題】建築物の外壁または屋根の厚みを抑えつつ、飛翔体の衝突に耐えることができる飛翔体衝突防護技術を提供する。【解決手段】飛翔体衝突防護装置１は、建築物２の外面を形成する第１鋼板１８と、第１鋼板１８の内面側に設けられた第２鋼板１９と、第１鋼板１８と第２鋼板１９との間に充填されたコンクリート部２０と、第２鋼板１９の内面側に設けられた第３鋼板２１と、第２鋼板１９と第３鋼板２１との間に設けられた空間部２２とを備える。【選択図】図２
PROJECTILE COLLISION PROTECTION DEVICE AND PROJECTILE COLLISION PROTECTION METHOD
飛翔体衝突防護装置および飛翔体衝突防護方法
KOREMATSU TAIGA (author) / MUROFUSHI TADASHI (author) / TAKAHASHI MUNETAKA (author)
2021-02-18
Patent
Electronic Resource
Japanese