A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
To provide an earth floor structure that can have earth floor components reused when the earth floor is decomposed and relocated and evade an increase in weight of the earth floor components, less becomes bulky, and can make the space for conveyance and storage thereof small.SOLUTION: An earth floor structure comprises a resin-made mat member 3 and a plate material (a structural plywood 6 etc.). The map member 3 comprises a plate-like base part 4, and a continuous projection layer part 5 which has a plurality of raised parts 51 stood on the plate-like base part 4 and a connection part 52 raised from on the plate-like base part 4 to connect adjacent raised parts 51 to each other, and also has predetermined load capacity per unit area in bearing a load of the continuous projection layer part 5, and is laid on the foundation with the side of the plate-like base part 4 down. The plate material (the structural plywood 6 etc.) is laid over the continuous projection layer part 5 of the mat member 3 and fixed to the mat member 3.SELECTED DRAWING: Figure 1
【課題】土間床の解体および移設を行う際に土間床構成要素の再使用が可能であり、また、土間床構成要素の重量化を回避し、且つ嵩張りが小さく、その搬送や保管のための空間を小さくできる土間床構造を提供する。【解決手段】土間床構造は、樹脂製のマット部材３と板材（構造用合板６等）とを備える。マット部材３は、板状基台部４と、当該板状基台部４上に立設された複数の立上部５１および当該板状基台部４上から立ち上がって隣り合う上記立上部５１を互いに連結する連結部５２を有する連続凸部層部５とを備えており、連続凸部層部５による荷重受けにおいて単位面積当たり所定の耐荷重を有し、板状基台部４側を下にして地盤上に敷かれる。板材（構造用合板６等）は、マット部材３の連続凸部層部５上に敷かれて当該マット部材３に固定される。【選択図】図１
To provide an earth floor structure that can have earth floor components reused when the earth floor is decomposed and relocated and evade an increase in weight of the earth floor components, less becomes bulky, and can make the space for conveyance and storage thereof small.SOLUTION: An earth floor structure comprises a resin-made mat member 3 and a plate material (a structural plywood 6 etc.). The map member 3 comprises a plate-like base part 4, and a continuous projection layer part 5 which has a plurality of raised parts 51 stood on the plate-like base part 4 and a connection part 52 raised from on the plate-like base part 4 to connect adjacent raised parts 51 to each other, and also has predetermined load capacity per unit area in bearing a load of the continuous projection layer part 5, and is laid on the foundation with the side of the plate-like base part 4 down. The plate material (the structural plywood 6 etc.) is laid over the continuous projection layer part 5 of the mat member 3 and fixed to the mat member 3.SELECTED DRAWING: Figure 1
【課題】土間床の解体および移設を行う際に土間床構成要素の再使用が可能であり、また、土間床構成要素の重量化を回避し、且つ嵩張りが小さく、その搬送や保管のための空間を小さくできる土間床構造を提供する。【解決手段】土間床構造は、樹脂製のマット部材３と板材（構造用合板６等）とを備える。マット部材３は、板状基台部４と、当該板状基台部４上に立設された複数の立上部５１および当該板状基台部４上から立ち上がって隣り合う上記立上部５１を互いに連結する連結部５２を有する連続凸部層部５とを備えており、連続凸部層部５による荷重受けにおいて単位面積当たり所定の耐荷重を有し、板状基台部４側を下にして地盤上に敷かれる。板材（構造用合板６等）は、マット部材３の連続凸部層部５上に敷かれて当該マット部材３に固定される。【選択図】図１
EARTH FLOOR STRUCTURE
土間床構造
MORIKAWA KATSUHIRO (author)
2024-10-11
Patent
Electronic Resource
Japanese
IPC:
E04B
Allgemeine Baukonstruktionen
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