A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
CONSTRUCTION CONDITION MONITORING METHOD, CONSTRUCTION CONDITION MONITORING APPARATUS, AND AUTOMATIC CONSTRUCTION DEVICE
PROBLEM TO BE SOLVED: To provide a construction condition monitoring method that can ensure a pile material being fitted and press-fitted.SOLUTION: A construction condition monitoring method is provided for monitoring construction conditions in which pile materials are fitted to each other by a joint formed along a longitudinal direction of pile materials and multiple pile materials are continuously disposed in the ground. The construction condition monitoring method comprises: a first step of disposing a preceding pile material 1-1 where a detection part 20b-1, ... a detection part 20b-n are installed; a second step of making a rearward joint 16a-2 in a following pile material 1-2 fit to a front joint 16b-1 in the preceding pile material 1-1, and inserting the following pile material 1-2; and a third step of monitoring that the following pile material 1-2 is inserted while being fitted with the preceding pile material 1-1, based on a detection state of the detection part 20b-1, ... the detection part 20b-n while inserting the following pile material 1-2 in the second step.SELECTED DRAWING: Figure 2
【課題】杭材が嵌合されて圧入されていることを保証することができる施工状態監視方法等を提供する。【解決手段】杭材の長手方向に沿って形成された継手によって互いに杭材を嵌合させて、複数の杭材を連続して地中に配置する施工状態を監視する施工状態監視方法であって、検知部２０ｂ−１、・・・検知部２０ｂ−ｎが設置された先行杭材１−１を配置する第一のステップと、先行杭材１−１における前方継手１６ｂ−１に後続杭材１−２における後方継手１６ａ−２を嵌合させて、後続杭材１−２を挿入する第二のステップと、第二のステップにおいて後続杭材１−２を挿入しながら、検知部２０ｂ−１、・・・検知部２０ｂ−ｎの検知状態に基づいて後続杭材１−２が先行杭材１−１と嵌合しながら挿入されていることを監視する第三のステップと、を有する。【選択図】図２
CONSTRUCTION CONDITION MONITORING METHOD, CONSTRUCTION CONDITION MONITORING APPARATUS, AND AUTOMATIC CONSTRUCTION DEVICE
PROBLEM TO BE SOLVED: To provide a construction condition monitoring method that can ensure a pile material being fitted and press-fitted.SOLUTION: A construction condition monitoring method is provided for monitoring construction conditions in which pile materials are fitted to each other by a joint formed along a longitudinal direction of pile materials and multiple pile materials are continuously disposed in the ground. The construction condition monitoring method comprises: a first step of disposing a preceding pile material 1-1 where a detection part 20b-1, ... a detection part 20b-n are installed; a second step of making a rearward joint 16a-2 in a following pile material 1-2 fit to a front joint 16b-1 in the preceding pile material 1-1, and inserting the following pile material 1-2; and a third step of monitoring that the following pile material 1-2 is inserted while being fitted with the preceding pile material 1-1, based on a detection state of the detection part 20b-1, ... the detection part 20b-n while inserting the following pile material 1-2 in the second step.SELECTED DRAWING: Figure 2
【課題】杭材が嵌合されて圧入されていることを保証することができる施工状態監視方法等を提供する。【解決手段】杭材の長手方向に沿って形成された継手によって互いに杭材を嵌合させて、複数の杭材を連続して地中に配置する施工状態を監視する施工状態監視方法であって、検知部２０ｂ−１、・・・検知部２０ｂ−ｎが設置された先行杭材１−１を配置する第一のステップと、先行杭材１−１における前方継手１６ｂ−１に後続杭材１−２における後方継手１６ａ−２を嵌合させて、後続杭材１−２を挿入する第二のステップと、第二のステップにおいて後続杭材１−２を挿入しながら、検知部２０ｂ−１、・・・検知部２０ｂ−ｎの検知状態に基づいて後続杭材１−２が先行杭材１−１と嵌合しながら挿入されていることを監視する第三のステップと、を有する。【選択図】図２
CONSTRUCTION CONDITION MONITORING METHOD, CONSTRUCTION CONDITION MONITORING APPARATUS, AND AUTOMATIC CONSTRUCTION DEVICE
施工状態監視方法、施工状態監視装置、および自動施工装置
KITAMURA MORIO (author) / NOZAKI TSUNENOBU (author) / ISHIHARA YUKIHIRO (author)
2017-01-05
Patent
Electronic Resource
Japanese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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