A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
To provide a free fence and a fence structure which can be easily installed along bending of a boundary and inclination of a ground while having a simple structure, and have degrees of freedom of designs and workability.SOLUTION: A free fence 1 includes a plurality of anchor columns 10 composed of rod-shaped bodies of circular cross sections, and fence planar materials 20 extensively arranged among the plurality of anchor columns 10, wherein the fence planar materials 20 are weld wire nets formed by assembling a plurality of vertical wire materials 21 and a plurality of horizontal wire materials 22, lower ends of the plurality of vertical wire materials 21 are penetration ends 21a projecting downward from the horizontal wire material 22 on the lowest row, and both ends of the plurality of horizontal wire materials 22 are loop ends 22a for connecting the fence planar materials 20 so as to be rotatable around a long axis of the anchor column 10 and be slidable along the long axis of the anchor column 10. A fence structure A is formed by connecting two adjacent fence planar materials 20 to one anchor column 10 using a plurality of free fences 1, and penetrating lower ends of the plurality of anchor columns 10 and penetration ends 21a into the ground.SELECTED DRAWING: Figure 1
【課題】簡素な構造でありながら境界の曲折や地盤の傾斜に沿って容易に設置でき設計の自由度及び施工性が高い自在フェンス及びフェンス構造物を提供する。【解決手段】自在フェンス１は、断面円形の棒状体からなる複数のアンカー支柱１０と複数のアンカー支柱１０の間に展設するフェンス面材２０とを備え、フェンス面材２０は複数の縦線材２１と複数の横線材２２を組んでなる溶接金網であり、複数の縦線材２１の下端部が最下列の横線材２２より下方に突出した貫入端２１ａであり、複数の横線材２２の両端がフェンス面材２０をアンカー支柱１０の長軸周りに回動可能かつフェンス面材２０をアンカー支柱１０の長軸に沿って摺動可能に連結するループ端２２ａである。フェンス構造物Ａは、複数の自在フェンス１を用い、１本のアンカー支柱１０に対して隣り合う２枚のフェンス面材２０を連結し、複数のアンカー支柱１０の下端部及び貫入端２１ａを地盤に貫入してなる。【選択図】図１
To provide a free fence and a fence structure which can be easily installed along bending of a boundary and inclination of a ground while having a simple structure, and have degrees of freedom of designs and workability.SOLUTION: A free fence 1 includes a plurality of anchor columns 10 composed of rod-shaped bodies of circular cross sections, and fence planar materials 20 extensively arranged among the plurality of anchor columns 10, wherein the fence planar materials 20 are weld wire nets formed by assembling a plurality of vertical wire materials 21 and a plurality of horizontal wire materials 22, lower ends of the plurality of vertical wire materials 21 are penetration ends 21a projecting downward from the horizontal wire material 22 on the lowest row, and both ends of the plurality of horizontal wire materials 22 are loop ends 22a for connecting the fence planar materials 20 so as to be rotatable around a long axis of the anchor column 10 and be slidable along the long axis of the anchor column 10. A fence structure A is formed by connecting two adjacent fence planar materials 20 to one anchor column 10 using a plurality of free fences 1, and penetrating lower ends of the plurality of anchor columns 10 and penetration ends 21a into the ground.SELECTED DRAWING: Figure 1
【課題】簡素な構造でありながら境界の曲折や地盤の傾斜に沿って容易に設置でき設計の自由度及び施工性が高い自在フェンス及びフェンス構造物を提供する。【解決手段】自在フェンス１は、断面円形の棒状体からなる複数のアンカー支柱１０と複数のアンカー支柱１０の間に展設するフェンス面材２０とを備え、フェンス面材２０は複数の縦線材２１と複数の横線材２２を組んでなる溶接金網であり、複数の縦線材２１の下端部が最下列の横線材２２より下方に突出した貫入端２１ａであり、複数の横線材２２の両端がフェンス面材２０をアンカー支柱１０の長軸周りに回動可能かつフェンス面材２０をアンカー支柱１０の長軸に沿って摺動可能に連結するループ端２２ａである。フェンス構造物Ａは、複数の自在フェンス１を用い、１本のアンカー支柱１０に対して隣り合う２枚のフェンス面材２０を連結し、複数のアンカー支柱１０の下端部及び貫入端２１ａを地盤に貫入してなる。【選択図】図１
FREE FENCE AND FENCE STRUCTURE
自在フェンス及びフェンス構造物
ABE TAKESHI (author)
2023-02-22
Patent
Electronic Resource
Japanese
IPC:
E04H
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