A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
STEEL FRAME ERECTION METHOD OF BUILDING
PROBLEM TO BE SOLVED: To provide a steel frame erection method capable of inexpensively and surely curing a work space when erecting a steel frame by a node-layering method.SOLUTION: A steel frame erection method of a building comprises a Step S1 of temporarily fixing this erected steel frame member by precedently erecting the steel frame member of a column 10 and a girder 11 of a predetermined node with 3 layers of the building 1 as one node, a Step S2 of regularly fixing together with the precedently erected steel frame member by installing a residual steel frame member of a work space S by arranging a protective barrier 20 on an outer peripheral side surface of the work space S with the (n)-floor of the lowest layer of the predetermined node as the work space S and Steps S3-S5 of repeating regularly fixing work toward an upper layer from a lower layer together with the precedently erected steel frame member by installing the residual steel frame member of a new work space S with a layer just above the work space S as the new work space S by moving the protective barrier 20 upward by one layer.SELECTED DRAWING: Figure 8
【課題】節積層工法により鉄骨建方を行う場合に、低コストで作業空間を確実に養生できる、鉄骨建方方法を提供すること。【解決手段】建物の鉄骨建方方法は、建物１の３層を一節として、所定の節の柱１０および大梁１１の鉄骨部材の建方を先行して行い、この建て込んだ鉄骨部材を仮固定するステップＳ１と、所定の節の最下層のｎ階を作業空間Ｓとし、作業空間Ｓの外周側面に防護壁２０を配置し、作業空間Ｓの残りの鉄骨部材を取り付けて、先行して建て込んだ鉄骨部材とともに本固定するステップＳ２と、防護壁２０を一層分上方に移動して、作業空間Ｓの直上の層を新たな作業空間Ｓとし、新たな作業空間Ｓの残りの鉄骨部材を取り付けて、先行して建て込んだ鉄骨部材とともに本固定する作業を、下層から上層に向かって繰り返すステップＳ３〜Ｓ５と、を備える。【選択図】図８
STEEL FRAME ERECTION METHOD OF BUILDING
PROBLEM TO BE SOLVED: To provide a steel frame erection method capable of inexpensively and surely curing a work space when erecting a steel frame by a node-layering method.SOLUTION: A steel frame erection method of a building comprises a Step S1 of temporarily fixing this erected steel frame member by precedently erecting the steel frame member of a column 10 and a girder 11 of a predetermined node with 3 layers of the building 1 as one node, a Step S2 of regularly fixing together with the precedently erected steel frame member by installing a residual steel frame member of a work space S by arranging a protective barrier 20 on an outer peripheral side surface of the work space S with the (n)-floor of the lowest layer of the predetermined node as the work space S and Steps S3-S5 of repeating regularly fixing work toward an upper layer from a lower layer together with the precedently erected steel frame member by installing the residual steel frame member of a new work space S with a layer just above the work space S as the new work space S by moving the protective barrier 20 upward by one layer.SELECTED DRAWING: Figure 8
【課題】節積層工法により鉄骨建方を行う場合に、低コストで作業空間を確実に養生できる、鉄骨建方方法を提供すること。【解決手段】建物の鉄骨建方方法は、建物１の３層を一節として、所定の節の柱１０および大梁１１の鉄骨部材の建方を先行して行い、この建て込んだ鉄骨部材を仮固定するステップＳ１と、所定の節の最下層のｎ階を作業空間Ｓとし、作業空間Ｓの外周側面に防護壁２０を配置し、作業空間Ｓの残りの鉄骨部材を取り付けて、先行して建て込んだ鉄骨部材とともに本固定するステップＳ２と、防護壁２０を一層分上方に移動して、作業空間Ｓの直上の層を新たな作業空間Ｓとし、新たな作業空間Ｓの残りの鉄骨部材を取り付けて、先行して建て込んだ鉄骨部材とともに本固定する作業を、下層から上層に向かって繰り返すステップＳ３〜Ｓ５と、を備える。【選択図】図８
STEEL FRAME ERECTION METHOD OF BUILDING
建物の鉄骨建方方法
SHISHIDO KATSUSHI (author) / KAWAGUCHI KENJI (author) / KATO HIROSHI (author) / KEMMOCHI TOMOAKI (author)
2017-11-30
Patent
Electronic Resource
Japanese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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