A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
FENCE COMPONENT, FENCE AND FENCE INSTALLATION METHOD
PROBLEM TO BE SOLVED: To provide a fence component, a fence and a fence installation method that uses a fence component preassembled in a factory and others, thus stably ensuring a prescribed accuracy regardless of skills of workers and allowing a construction period to be curtailed.SOLUTION: A first fence component 1 comprises a plurality of lattice members 10 arranged in parallel to each other, a plurality of connecting pipes (of which both ends serve as a fitting part 112 for a joint body 3) that intersect, pierce through and are connected to each of the lattice members, and a tubular spacer 12 disposed in an area between adjacent lattice members. A second fence component 2 comprises a plurality of lattice members 10, 20 (the lattice member 20 being positioned at an outermost part of overall fence, without a screw hole visible on an outer surface of the lattice member), a plurality of connecting pipes, each of which having a male screw part on one end and a fitting part 212 for the joint body 3 on the other end, and a spacer 12. The joint body 3 includes a rod body 31, a spacer 32 for a connecting part, and a tapping screw 33.SELECTED DRAWING: Figure 4
【課題】工場等で予め組み立てたフェンス構成体を用いることで、作業者の能力に影響されずに所定の精度を安定的に確保でき、施工期間の短縮が可能なフェンス構成体、フェンス、フェンスの設置方法を提供する。【解決手段】第１のフェンス構成体１は、平行に配置する複数の格子部材１０と、各格子部材と交差及び貫通し連結する複数の連結パイプ（両端がジョイント体３の取付部１１２となる）と、隣接する格子部材の間の領域に配置された筒状のスペーサー１２からなり、第２のフェンス構成体２は、複数の格子部材１０，２０（２０はフェンス全体の最も外側に位置し、格子部材の外側面にネジ孔が現れない）と、一端側に雄ネジ部、他端側にジョイント体３の取付部２１２を有する複数の連結パイプと、スペーサー１２からなり、ジョイント体３は、棒体３１、接続部用スペーサー３２、タッピンネジ３３からなる。【選択図】図４
FENCE COMPONENT, FENCE AND FENCE INSTALLATION METHOD
PROBLEM TO BE SOLVED: To provide a fence component, a fence and a fence installation method that uses a fence component preassembled in a factory and others, thus stably ensuring a prescribed accuracy regardless of skills of workers and allowing a construction period to be curtailed.SOLUTION: A first fence component 1 comprises a plurality of lattice members 10 arranged in parallel to each other, a plurality of connecting pipes (of which both ends serve as a fitting part 112 for a joint body 3) that intersect, pierce through and are connected to each of the lattice members, and a tubular spacer 12 disposed in an area between adjacent lattice members. A second fence component 2 comprises a plurality of lattice members 10, 20 (the lattice member 20 being positioned at an outermost part of overall fence, without a screw hole visible on an outer surface of the lattice member), a plurality of connecting pipes, each of which having a male screw part on one end and a fitting part 212 for the joint body 3 on the other end, and a spacer 12. The joint body 3 includes a rod body 31, a spacer 32 for a connecting part, and a tapping screw 33.SELECTED DRAWING: Figure 4
【課題】工場等で予め組み立てたフェンス構成体を用いることで、作業者の能力に影響されずに所定の精度を安定的に確保でき、施工期間の短縮が可能なフェンス構成体、フェンス、フェンスの設置方法を提供する。【解決手段】第１のフェンス構成体１は、平行に配置する複数の格子部材１０と、各格子部材と交差及び貫通し連結する複数の連結パイプ（両端がジョイント体３の取付部１１２となる）と、隣接する格子部材の間の領域に配置された筒状のスペーサー１２からなり、第２のフェンス構成体２は、複数の格子部材１０，２０（２０はフェンス全体の最も外側に位置し、格子部材の外側面にネジ孔が現れない）と、一端側に雄ネジ部、他端側にジョイント体３の取付部２１２を有する複数の連結パイプと、スペーサー１２からなり、ジョイント体３は、棒体３１、接続部用スペーサー３２、タッピンネジ３３からなる。【選択図】図４
FENCE COMPONENT, FENCE AND FENCE INSTALLATION METHOD
フェンス構成体、フェンスおよびフェンスの設置方法
OKUMA KENICHIRO (author) / HAMADA JIRO (author)
2016-03-07
Patent
Electronic Resource
Japanese
IPC:
E04H
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BUILDINGS OR LIKE STRUCTURES FOR PARTICULAR PURPOSES
FENCE INSTALLATION STRUCTURE, AND FENCE INSTALLATION METHOD
| European Patent Office | 2023