A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
REINFORCEMENT STRUCTURE OF RC BUILDING HAVING SILVER COOL ROOF
PROBLEM TO BE SOLVED: To add a reinforcement structure capable of providing desired rigidity while adopting a lightweight member, and capable of also exhibiting high force transmission performance, to a chassis for supporting a roof being low in its surface rigidity without removing a silver cool roof.SOLUTION: A truss installing seat 5 for supporting a truss is fixed side by side to the indoor side of a lower structure 4 just under a silver cool roof 3 so as to surround an upper part of a space surrounded by a peripheral wall. A cubic truss 2 composed of an upper chord material 6, a lower chord material 7, a diagonal member 8 and a nodal member 9 for joining these is suspended without directly supporting the silver cool roof 3 so as to be fitted in an inside space of building by being supported via this truss installing seat 5. In-plane rigidity just under a roof of the building is reinforced, and force acting on a building upper part by an earthquake can be transmitted to a building lower structure.
【課題】シルバークール屋根を撤去することなくその面剛性の低い屋根を支持する匡体に対して、軽量部材を採用しながらも所望する剛性が得られまた高い力伝達性能を発揮できる補強構造を付加することができるようにする。【解決手段】シルバークール屋根３の直下の下部構造４の室内側に、トラスを支持するトラス取付座５が周囲壁で包囲される空間の上部を取り巻くように並べて固定される。このトラス取付座５を介して支えられ建造物の内部空間に嵌め込まれるように、上弦材６、下弦材７、斜材８とそれらを接合する節点材９とからなる立体トラス２が、シルバークール屋根３を直接支持することなく懸架される。建造物の屋根直下の面内剛性が増強され、地震等により建物上部に作用した力を建物下部構造に伝達することができる。【選択図】図１
REINFORCEMENT STRUCTURE OF RC BUILDING HAVING SILVER COOL ROOF
PROBLEM TO BE SOLVED: To add a reinforcement structure capable of providing desired rigidity while adopting a lightweight member, and capable of also exhibiting high force transmission performance, to a chassis for supporting a roof being low in its surface rigidity without removing a silver cool roof.SOLUTION: A truss installing seat 5 for supporting a truss is fixed side by side to the indoor side of a lower structure 4 just under a silver cool roof 3 so as to surround an upper part of a space surrounded by a peripheral wall. A cubic truss 2 composed of an upper chord material 6, a lower chord material 7, a diagonal member 8 and a nodal member 9 for joining these is suspended without directly supporting the silver cool roof 3 so as to be fitted in an inside space of building by being supported via this truss installing seat 5. In-plane rigidity just under a roof of the building is reinforced, and force acting on a building upper part by an earthquake can be transmitted to a building lower structure.
【課題】シルバークール屋根を撤去することなくその面剛性の低い屋根を支持する匡体に対して、軽量部材を採用しながらも所望する剛性が得られまた高い力伝達性能を発揮できる補強構造を付加することができるようにする。【解決手段】シルバークール屋根３の直下の下部構造４の室内側に、トラスを支持するトラス取付座５が周囲壁で包囲される空間の上部を取り巻くように並べて固定される。このトラス取付座５を介して支えられ建造物の内部空間に嵌め込まれるように、上弦材６、下弦材７、斜材８とそれらを接合する節点材９とからなる立体トラス２が、シルバークール屋根３を直接支持することなく懸架される。建造物の屋根直下の面内剛性が増強され、地震等により建物上部に作用した力を建物下部構造に伝達することができる。【選択図】図１
REINFORCEMENT STRUCTURE OF RC BUILDING HAVING SILVER COOL ROOF
シルバークール屋根を持つＲＣ造建物の補強構造
IMAI KATSUHIKO (author)
2015-12-07
Patent
Electronic Resource
Japanese
Cool your building roof by making it sweat
| Engineering Index Backfile | 1952
ROOF BEAM REINFORCEMENT STRUCTURE AND ROOF BEAM REINFORCEMENT METHOD
| European Patent Office | 2021
Advance hybrid roof, advanced cool roof, advanced solar roof, ready roof
| European Patent Office | 2020
Advance Hybrid Roof, Advanced Cool Roof, Advanced Solar Roof, Ready Roof
| European Patent Office | 2018