A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
PROBLEM TO BE SOLVED: To provide an airtight structure capable of securing predetermined airtight performance by increasing construction accuracy for securing airtightness.SOLUTION: An airtight structure 1 of a building is mounted as a substrate for a finishing material on an indoor side of a structure 100 including a substrate of an airtight constitution surface, by a fixing member. The airtight structure 1 includes a plate material 10. An airtight auxiliary material is arranged between the structure 100 and the plate material 10. The fixing member, which is inserted from the indoor side of the plate material 10 and which penetrates the airtight auxiliary material, can be repaired from the indoor side until an airtightness measurement value reaches a measurement value within a predetermined range, and reaches the structure 100.SELECTED DRAWING: Figure 1
【課題】気密性を確保するための施工精度を向上し、所定の気密性能を確保できる、気密構造を提供する。【解決手段】建物の気密構造１であって、気密構成面の下地を含む構造体１００の室内側に仕上げ材用の下地として、固定部材により取り付けられ、板材１０を含む気密構造１であって、構造体１００と板材１０の間に気密補助材が配置され、固定部材は、板材１０の室内側から挿入され、気密補助材を貫通し、気密測定値が所定の範囲の測定値になるまで、屋内側より補修が可能であり、構造体１００に達する。【選択図】図１
PROBLEM TO BE SOLVED: To provide an airtight structure capable of securing predetermined airtight performance by increasing construction accuracy for securing airtightness.SOLUTION: An airtight structure 1 of a building is mounted as a substrate for a finishing material on an indoor side of a structure 100 including a substrate of an airtight constitution surface, by a fixing member. The airtight structure 1 includes a plate material 10. An airtight auxiliary material is arranged between the structure 100 and the plate material 10. The fixing member, which is inserted from the indoor side of the plate material 10 and which penetrates the airtight auxiliary material, can be repaired from the indoor side until an airtightness measurement value reaches a measurement value within a predetermined range, and reaches the structure 100.SELECTED DRAWING: Figure 1
【課題】気密性を確保するための施工精度を向上し、所定の気密性能を確保できる、気密構造を提供する。【解決手段】建物の気密構造１であって、気密構成面の下地を含む構造体１００の室内側に仕上げ材用の下地として、固定部材により取り付けられ、板材１０を含む気密構造１であって、構造体１００と板材１０の間に気密補助材が配置され、固定部材は、板材１０の室内側から挿入され、気密補助材を貫通し、気密測定値が所定の範囲の測定値になるまで、屋内側より補修が可能であり、構造体１００に達する。【選択図】図１
AIRTIGHT STRUCTURE
気密構造
KANDA AKIHIRO (author)
2016-09-23
Patent
Electronic Resource
Japanese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
AIRTIGHT SHEET, AIRTIGHT SHEET INSTALLATION METHOD AND AIRTIGHT STRUCTURE
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