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A platform for research: civil engineering, architecture and urbanism
FIRE-RESISTANT COATING BASE, FIRE-RESISTANT COATING BASE CONSTRUCTION METHOD, AND FIRE-RESISTANT COATING CONSTRUCTION METHOD
To improve workability of work for attaching a lath to a rib.SOLUTION: A rib 14 extending in a direction crossing an opening is attached at a position near the opening inside a recessed part 12a of an H-shaped steel column 1. Next, a step of arranging a lath 15 along the rib 14 at an opening of the recessed part 12a, and a step of passing each arm part 22, 23 of a clip 16 having the pair of arm parts 22, 23 whose tip sides are free ends through a lattice of the lath 15 from the outside of the lath 15, and locking the distal ends of the arm parts 22, 23 to the rib 14, are performed; in the recessed part 12a, the fire-resistant coating base 13 having a configuration in which the lath 15 arranged in the opening of the recessed part 12a is attached to the rib 14 via the clip 16 is formed.SELECTED DRAWING: Figure 2
【課題】 力骨にラスを取り付ける作業の作業性を向上させる。【解決手段】 Ｈ形鋼製の柱１の凹部１２ａの内側で開口部寄りとなる位置に、開口部を横切る方向に延びる力骨１４を取り付ける。次に、凹部１２ａの開口部に、力骨１４に沿わせてラス１５を配置する工程と、ラス１５の外側から、先端側が自由端となる一対の腕部２２，２３を有するクリップ１６の各腕部２２，２３を、ラス１５の格子目を通すと共に、各腕部２２，２３の先端側を力骨１４に係止させる工程と、を行い、凹部１２ａに、凹部１２ａの開口部に配置されたラス１５がクリップ１６を介して力骨１４に取り付けられた構成の耐火被覆下地１３を形成する。【選択図】図２
FIRE-RESISTANT COATING BASE, FIRE-RESISTANT COATING BASE CONSTRUCTION METHOD, AND FIRE-RESISTANT COATING CONSTRUCTION METHOD
To improve workability of work for attaching a lath to a rib.SOLUTION: A rib 14 extending in a direction crossing an opening is attached at a position near the opening inside a recessed part 12a of an H-shaped steel column 1. Next, a step of arranging a lath 15 along the rib 14 at an opening of the recessed part 12a, and a step of passing each arm part 22, 23 of a clip 16 having the pair of arm parts 22, 23 whose tip sides are free ends through a lattice of the lath 15 from the outside of the lath 15, and locking the distal ends of the arm parts 22, 23 to the rib 14, are performed; in the recessed part 12a, the fire-resistant coating base 13 having a configuration in which the lath 15 arranged in the opening of the recessed part 12a is attached to the rib 14 via the clip 16 is formed.SELECTED DRAWING: Figure 2
【課題】 力骨にラスを取り付ける作業の作業性を向上させる。【解決手段】 Ｈ形鋼製の柱１の凹部１２ａの内側で開口部寄りとなる位置に、開口部を横切る方向に延びる力骨１４を取り付ける。次に、凹部１２ａの開口部に、力骨１４に沿わせてラス１５を配置する工程と、ラス１５の外側から、先端側が自由端となる一対の腕部２２，２３を有するクリップ１６の各腕部２２，２３を、ラス１５の格子目を通すと共に、各腕部２２，２３の先端側を力骨１４に係止させる工程と、を行い、凹部１２ａに、凹部１２ａの開口部に配置されたラス１５がクリップ１６を介して力骨１４に取り付けられた構成の耐火被覆下地１３を形成する。【選択図】図２
FIRE-RESISTANT COATING BASE, FIRE-RESISTANT COATING BASE CONSTRUCTION METHOD, AND FIRE-RESISTANT COATING CONSTRUCTION METHOD
耐火被覆下地、および、耐火被覆下地施工方法、並びに、耐火被覆施工方法
ITABUKI HIDEKI (author) / OKUMA MASAHARU (author)
2020-03-19
Patent
Electronic Resource
Japanese
FIRE-RESISTANT COATING MATERIAL AND METHOD FOR MANUFACTURING FIRE-RESISTANT COATING MATERIAL
| European Patent Office | 2022
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