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A platform for research: civil engineering, architecture and urbanism
CONSTRUCTION JOINT FRAME MATERIAL OF CONCRETE
PROBLEM TO BE SOLVED: To provide a construction joint frame material of concrete, excellent in construction efficiency and transport efficiency, and capable of realizing cost reduction and safety.SOLUTION: A construction joint frame material 1 of concrete of the present invention is the construction joint frame material 1 of the concrete included in a packing body 31 in a state of erecting a porous elastic body 11 of a rectangular solid shape, and the packing body 31 forms a holding part 35 holdable by blocking up its opening part above the porous elastic body 11, and a substantially plate-like member 21 is buried inside the porous elastic body 11 so as to become parallel to an optional one side surface in the porous elastic body 11 and become vertical to a bottom surface of the porous elastic body in the major axis direction.SELECTED DRAWING: Figure 1
【課題】施工効率と運搬効率に優れると共に、コストの低減と安全性を実現することが可能なコンクリートの打継枠材を提供することを目的とする。【解決手段】本発明のコンクリートの打継枠材１は、直方体状の多孔質弾性体１１が立設した状態で包装体３１に内包されたコンクリートの打継枠材１であって、包装体３１は、その開口部が多孔質弾性体１１の上方で閉塞して把持可能な把持部３５を形成しており、多孔質弾性体１１の内部には、多孔質弾性体１１における任意の一つの側面に対し平行であり、かつ、長軸方向が多孔質弾性体の底面に対し垂直となる様に、略板状部材２１が埋め込まれていることを特徴とする。【選択図】 図１
CONSTRUCTION JOINT FRAME MATERIAL OF CONCRETE
PROBLEM TO BE SOLVED: To provide a construction joint frame material of concrete, excellent in construction efficiency and transport efficiency, and capable of realizing cost reduction and safety.SOLUTION: A construction joint frame material 1 of concrete of the present invention is the construction joint frame material 1 of the concrete included in a packing body 31 in a state of erecting a porous elastic body 11 of a rectangular solid shape, and the packing body 31 forms a holding part 35 holdable by blocking up its opening part above the porous elastic body 11, and a substantially plate-like member 21 is buried inside the porous elastic body 11 so as to become parallel to an optional one side surface in the porous elastic body 11 and become vertical to a bottom surface of the porous elastic body in the major axis direction.SELECTED DRAWING: Figure 1
【課題】施工効率と運搬効率に優れると共に、コストの低減と安全性を実現することが可能なコンクリートの打継枠材を提供することを目的とする。【解決手段】本発明のコンクリートの打継枠材１は、直方体状の多孔質弾性体１１が立設した状態で包装体３１に内包されたコンクリートの打継枠材１であって、包装体３１は、その開口部が多孔質弾性体１１の上方で閉塞して把持可能な把持部３５を形成しており、多孔質弾性体１１の内部には、多孔質弾性体１１における任意の一つの側面に対し平行であり、かつ、長軸方向が多孔質弾性体の底面に対し垂直となる様に、略板状部材２１が埋め込まれていることを特徴とする。【選択図】 図１
CONSTRUCTION JOINT FRAME MATERIAL OF CONCRETE
コンクリートの打継枠材
HIROSE TAKESHI (author)
2017-08-24
Patent
Electronic Resource
Japanese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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