A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
WOODEN CONSTRUCTION PANEL, AND BUILDING
To minimize manufacturing costs while improving heat insulation performance of individual wooden construction panel constituting a building, and also to reduce labor involved in embedding wiring such as electric wires and wiring devices.SOLUTION: A wooden construction panel 1 comprises: a frame body F composed of a frame material Fm and an auxiliary crosspiece material Cp; a surface material Bd attached to the frame body F; and a plurality of types of insulation materials In1, In2 loaded into an internal hollow portion S surrounded with the frame body F and the surface material Bd. A plurality of types of insulation materials In1, In2 includes: a soft insulation material In1 arranged on one side in a thickness direction of the wooden construction panels 1, 2; and a hard insulation material In2 arranged on the other side in the thickness direction thereof. The soft insulation material In1 is set to have a lower elasticity than the hard insulation material In2, the hard insulation material In2 is set to have a higher insulation property than the soft insulation material In1, and a thickness dimension of the hard insulation material In2 is set to be larger than a thickness dimension of the soft insulation material In1.SELECTED DRAWING: Figure 2
【課題】建物を構成する建築用木質パネル単体の断熱性能を向上させつつ製造コストを極力低減し、その上で、電線等の配線や配線器具等の埋め込みに係る手間も軽減させる。【解決手段】框材Ｆｍ及び補助桟材Ｃｐによって構成された枠体Ｆと、枠体Ｆに貼り付けられた面材Ｂｄと、枠体Ｆと面材Ｂｄとに囲まれた内部中空部Ｓに装填された複数種類の断熱材Ｉｎ１，Ｉｎ２と、を備える建築用木質パネル１であって、複数種類の断熱材Ｉｎ１，Ｉｎ２は、建築用木質パネル１，２における厚さ方向の一方側に配置された軟質断熱材Ｉｎ１と、厚さ方向の他方側に配置された硬質断熱材Ｉｎ２と、を有し、軟質断熱材Ｉｎ１は、硬質断熱材Ｉｎ２よりも弾性が低く設定され、硬質断熱材Ｉｎ２は、軟質断熱材Ｉｎ１よりも断熱性が高く設定され、硬質断熱材Ｉｎ２の厚さ寸法は、軟質断熱材Ｉｎ１の厚さ寸法よりも大きく設定されている。【選択図】図２
WOODEN CONSTRUCTION PANEL, AND BUILDING
To minimize manufacturing costs while improving heat insulation performance of individual wooden construction panel constituting a building, and also to reduce labor involved in embedding wiring such as electric wires and wiring devices.SOLUTION: A wooden construction panel 1 comprises: a frame body F composed of a frame material Fm and an auxiliary crosspiece material Cp; a surface material Bd attached to the frame body F; and a plurality of types of insulation materials In1, In2 loaded into an internal hollow portion S surrounded with the frame body F and the surface material Bd. A plurality of types of insulation materials In1, In2 includes: a soft insulation material In1 arranged on one side in a thickness direction of the wooden construction panels 1, 2; and a hard insulation material In2 arranged on the other side in the thickness direction thereof. The soft insulation material In1 is set to have a lower elasticity than the hard insulation material In2, the hard insulation material In2 is set to have a higher insulation property than the soft insulation material In1, and a thickness dimension of the hard insulation material In2 is set to be larger than a thickness dimension of the soft insulation material In1.SELECTED DRAWING: Figure 2
【課題】建物を構成する建築用木質パネル単体の断熱性能を向上させつつ製造コストを極力低減し、その上で、電線等の配線や配線器具等の埋め込みに係る手間も軽減させる。【解決手段】框材Ｆｍ及び補助桟材Ｃｐによって構成された枠体Ｆと、枠体Ｆに貼り付けられた面材Ｂｄと、枠体Ｆと面材Ｂｄとに囲まれた内部中空部Ｓに装填された複数種類の断熱材Ｉｎ１，Ｉｎ２と、を備える建築用木質パネル１であって、複数種類の断熱材Ｉｎ１，Ｉｎ２は、建築用木質パネル１，２における厚さ方向の一方側に配置された軟質断熱材Ｉｎ１と、厚さ方向の他方側に配置された硬質断熱材Ｉｎ２と、を有し、軟質断熱材Ｉｎ１は、硬質断熱材Ｉｎ２よりも弾性が低く設定され、硬質断熱材Ｉｎ２は、軟質断熱材Ｉｎ１よりも断熱性が高く設定され、硬質断熱材Ｉｎ２の厚さ寸法は、軟質断熱材Ｉｎ１の厚さ寸法よりも大きく設定されている。【選択図】図２
WOODEN CONSTRUCTION PANEL, AND BUILDING
建築用木質パネル及び建物
AOKI AKIRA (author) / IIDA KAZUHITO (author) / KATAGIRI TORU (author) / KAWAKAMI TAKASHI (author) / TAKESAKO RIKIYA (author) / TSUCHIYA NAMIKO (author) / HIGASHIYAMA JUNYA (author) / FUJITSUKA RYOTA (author)
2024-09-30
Patent
Electronic Resource
Japanese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
LARGE PANEL FOR WOODEN FRAMEWORK LARGE-PANEL BUILDING CONSTRUCTION
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