A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
CRANE ELEVATING SYSTEM, METHOD OF CONSTRUCTING STRUCTURE, AND METHOD OF DISMANTLING STRUCTURE
To provide a crane elevating system capable of constructing and dismantling a building in a short construction period.SOLUTION: A building construction system 2 elevates a crane 21 along a permanent pillar 11. The building construction system 2 includes: a support column 11A that is a permanent column; a crane installation floor 20 that supports the crane 21; a reaction member 41 that is installed at an upper part of the support column 11A; and a strand jack 43 that is attached to the reaction member 41 to elevate the crane installation floor 20. The reaction member 41 includes: a pair of locking portions 60 that are locked to side surfaces of the support column 11A; a connecting beam 61 that is arranged across the support column 11A and connects the pair of locking portions 60 to each other; and a beam moving jack 62 that is provided in the locking portion 60 for horizontally moving the connecting beam 61.SELECTED DRAWING: Figure 3
【課題】建物の構築や解体を短工期で施工できる、クレーン昇降システムを提供すること。【解決手段】建物構築システム２は、クレーン２１を本設柱１１に沿って昇降させるものである。建物構築システム２は、本設柱である支持柱１１Ａと、クレーン２１を支持するクレーン設置床２０と、支持柱１１Ａの上部に設置された反力部材４１と、反力部材４１に取り付けられてクレーン設置床２０を昇降させるストランドジャッキ４３と、を備える。反力部材４１は、支持柱１１Ａの側面に係止する一対の係止部６０と、支持柱１１Ａを跨いで配置されて一対の係止部６０同士を連結する連結梁６１と、係止部６０に設けられて連結梁６１を水平移動させる梁移動ジャッキ６２と、を備える。【選択図】図３
CRANE ELEVATING SYSTEM, METHOD OF CONSTRUCTING STRUCTURE, AND METHOD OF DISMANTLING STRUCTURE
To provide a crane elevating system capable of constructing and dismantling a building in a short construction period.SOLUTION: A building construction system 2 elevates a crane 21 along a permanent pillar 11. The building construction system 2 includes: a support column 11A that is a permanent column; a crane installation floor 20 that supports the crane 21; a reaction member 41 that is installed at an upper part of the support column 11A; and a strand jack 43 that is attached to the reaction member 41 to elevate the crane installation floor 20. The reaction member 41 includes: a pair of locking portions 60 that are locked to side surfaces of the support column 11A; a connecting beam 61 that is arranged across the support column 11A and connects the pair of locking portions 60 to each other; and a beam moving jack 62 that is provided in the locking portion 60 for horizontally moving the connecting beam 61.SELECTED DRAWING: Figure 3
【課題】建物の構築や解体を短工期で施工できる、クレーン昇降システムを提供すること。【解決手段】建物構築システム２は、クレーン２１を本設柱１１に沿って昇降させるものである。建物構築システム２は、本設柱である支持柱１１Ａと、クレーン２１を支持するクレーン設置床２０と、支持柱１１Ａの上部に設置された反力部材４１と、反力部材４１に取り付けられてクレーン設置床２０を昇降させるストランドジャッキ４３と、を備える。反力部材４１は、支持柱１１Ａの側面に係止する一対の係止部６０と、支持柱１１Ａを跨いで配置されて一対の係止部６０同士を連結する連結梁６１と、係止部６０に設けられて連結梁６１を水平移動させる梁移動ジャッキ６２と、を備える。【選択図】図３
CRANE ELEVATING SYSTEM, METHOD OF CONSTRUCTING STRUCTURE, AND METHOD OF DISMANTLING STRUCTURE
クレーン昇降システム、構造物の構築方法、および構造物の解体方法
ICHIHARA HIDEKI (author) / YAJIMA KIYOSHI (author) / KAYASHIMA MAKOTO (author) / NOGUCHI YUSUKE (author) / SAITO MUTSUO (author) / SHIMAZU KOJI (author) / UEDA DAISUKE (author)
2023-02-16
Patent
Electronic Resource
Japanese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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