A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
BUILDING AIRTIGHT STRUCTURE, AND AIRTIGHT MEMBER ASSEMBLY METHOD
To provide a building airtight structure and an airtight member assembly method which can improve heat insulation performance in a building that is constituted so as to include a building unit comprising an inner balcony.SOLUTION: A building airtight structure 10 includes: a first building unit 12 comprising a wing wall partitioning a semi-outdoor space portion S1 and an indoor space portion; a second building unit 14 being adjacent to the first building unit 12 and comprising a front face wall 24 at a boundary portion DL with the semi-outdoor space portion S1; a first airtight member 30 provided on an upper face 34A of a first ceiling girder 34 arranged in the first building unit 12; a second airtight member 32 provided on an upper face 36A of a second ceiling girder 36 arranged in the second building unit 14; a third airtight member 60 blocking a gap between the first ceiling girder 34 and the second ceiling girder 36; and a fourth airtight member 68 arranged below the third airtight member 60 and blocking a gap between a ceiling substrate 54 of the first building unit 12 and a ceiling substrate 56 of the second building unit 14.SELECTED DRAWING: Figure 5
【課題】インナバルコニーを備えた建物ユニットを含んで構成された建物において、断熱性能を向上させることができる建物の気密構造及び気密部材組付方法を提供する。【解決手段】建物の気密構造１０は、半屋外空間部Ｓ１と屋内空間部とを区画する袖壁を備えた第１建物ユニット１２と、第１建物ユニット１２に隣接して、半屋外空間部Ｓ１との境界部分ＤＬに正面壁２４を備えた第２建物ユニットと１４、第１建物ユニット１２に配設された第１天井大梁３４の上面３４Ａに設けられた第１気密部材３０と、第２建物ユニット１４に配設された第２天井大梁３６の上面３６Ａに設けられた第２気密部材３２と、第１天井大梁３４と第２天井大梁３６との隙間を塞ぐ第３気密部材６０と、第３気密部材６０の下方に配設されて、第１建物ユニット１２の天井下地材５４と第２建物ユニット１４の天井下地材５６との隙間を塞ぐ第４気密部材６８と、を有する。【選択図】図５
BUILDING AIRTIGHT STRUCTURE, AND AIRTIGHT MEMBER ASSEMBLY METHOD
To provide a building airtight structure and an airtight member assembly method which can improve heat insulation performance in a building that is constituted so as to include a building unit comprising an inner balcony.SOLUTION: A building airtight structure 10 includes: a first building unit 12 comprising a wing wall partitioning a semi-outdoor space portion S1 and an indoor space portion; a second building unit 14 being adjacent to the first building unit 12 and comprising a front face wall 24 at a boundary portion DL with the semi-outdoor space portion S1; a first airtight member 30 provided on an upper face 34A of a first ceiling girder 34 arranged in the first building unit 12; a second airtight member 32 provided on an upper face 36A of a second ceiling girder 36 arranged in the second building unit 14; a third airtight member 60 blocking a gap between the first ceiling girder 34 and the second ceiling girder 36; and a fourth airtight member 68 arranged below the third airtight member 60 and blocking a gap between a ceiling substrate 54 of the first building unit 12 and a ceiling substrate 56 of the second building unit 14.SELECTED DRAWING: Figure 5
【課題】インナバルコニーを備えた建物ユニットを含んで構成された建物において、断熱性能を向上させることができる建物の気密構造及び気密部材組付方法を提供する。【解決手段】建物の気密構造１０は、半屋外空間部Ｓ１と屋内空間部とを区画する袖壁を備えた第１建物ユニット１２と、第１建物ユニット１２に隣接して、半屋外空間部Ｓ１との境界部分ＤＬに正面壁２４を備えた第２建物ユニットと１４、第１建物ユニット１２に配設された第１天井大梁３４の上面３４Ａに設けられた第１気密部材３０と、第２建物ユニット１４に配設された第２天井大梁３６の上面３６Ａに設けられた第２気密部材３２と、第１天井大梁３４と第２天井大梁３６との隙間を塞ぐ第３気密部材６０と、第３気密部材６０の下方に配設されて、第１建物ユニット１２の天井下地材５４と第２建物ユニット１４の天井下地材５６との隙間を塞ぐ第４気密部材６８と、を有する。【選択図】図５
BUILDING AIRTIGHT STRUCTURE, AND AIRTIGHT MEMBER ASSEMBLY METHOD
建物の気密構造及び気密部材組付方法
NAKADA SHOTA (author)
2021-12-13
Patent
Electronic Resource
Japanese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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