A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
CEILING PANEL
To provide a ceiling panel which can easily add both fire resistant function and heat insulation performance.SOLUTION: A ceiling panel is provided with a frame and has both heat insulation performance and fire resistant function by means of the structure in which a heat insulation material and a refractory material are laminated inside the frame. By using the ceiling panel in a building such as a fabricated house and a unit house, both heat insulation performance and fire resistant function can be easily added to the fabricated house and the unit house with a simple structure, and comfort in a room is improved and fire spread can be prevented at the time of fire.SELECTED DRAWING: Figure 10
【課題】 容易に耐火機能と断熱機能を付加できる天井パネルを提供すること。【解決手段】 枠体があり、上記枠体の内側に断熱材と耐火材を積層させた構成とすることで、断熱性能と耐火機能の両方を兼備するようにし、例えば、組立家屋やユニットハウス等の建築物の天井パネルとして用いることで、上記組立家屋やユニットハウス等に断熱性能と耐火性能の両方を簡易な構成により容易に付与し、部屋内の快適性を向上させるとともに火災時の延焼を防止できるようにしたもの。【選択図】 図１０
CEILING PANEL
To provide a ceiling panel which can easily add both fire resistant function and heat insulation performance.SOLUTION: A ceiling panel is provided with a frame and has both heat insulation performance and fire resistant function by means of the structure in which a heat insulation material and a refractory material are laminated inside the frame. By using the ceiling panel in a building such as a fabricated house and a unit house, both heat insulation performance and fire resistant function can be easily added to the fabricated house and the unit house with a simple structure, and comfort in a room is improved and fire spread can be prevented at the time of fire.SELECTED DRAWING: Figure 10
【課題】 容易に耐火機能と断熱機能を付加できる天井パネルを提供すること。【解決手段】 枠体があり、上記枠体の内側に断熱材と耐火材を積層させた構成とすることで、断熱性能と耐火機能の両方を兼備するようにし、例えば、組立家屋やユニットハウス等の建築物の天井パネルとして用いることで、上記組立家屋やユニットハウス等に断熱性能と耐火性能の両方を簡易な構成により容易に付与し、部屋内の快適性を向上させるとともに火災時の延焼を防止できるようにしたもの。【選択図】 図１０
CEILING PANEL
天井パネル
KASHIWAGI EIJI (author) / DAIDOJI SHO (author)
2019-08-01
Patent
Electronic Resource
Japanese