A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
CONSTRUCTION MANAGEMENT SYSTEM, CONSTRUCTION MANAGEMENT METHOD, AND PROGRAM
To enable the appropriate determination of a location on which placed soil is arranged in a construction site.SOLUTION: A construction management system comprises: an area-determination part which, in a construction object field where leveling of placed soil is carried out, determines a complete area where the leveling has been completed and an incomplete area where the leveling has not been completed; and a location-designation part which selects, as referential placement candidate locations, among multiple placement-possible locations on which the placed soil can be arranged in the construction object field, placement-possible locations located within a predetermined distance from an outer edge of the complete area, configures placement candidate location groups, including the placement-possible locations each having a predetermined location relation with respect to, as a reference, each of the selected referential placement candidate locations, identifies, among the placement candidate location groups and based on a rate of conformity to a construction sequence that is established on construction object sections with regard to the soil distribution upon leveling, a placement candidate location group to be placed with the placed soil by soil transportation vehicles, and determines, as a designated soil placement location, a placement-possible location included in the identified placement candidate location group.SELECTED DRAWING: Figure 7
【課題】施工現場において置き土が配置される位置が適切に決定されるようにする。【解決手段】置き土の敷均をする施工対象領域において敷均しが完了した完了領域と完了していない未完領域とを判定する領域判定部と、施工対象領域に置き土を配置可能な複数の配置可能位置のうちで、完了領域の外縁に対して所定以内の距離にある配置可能位置を基準配置候補位置として選択し、選択された基準配置候補位置のそれぞれを基準として所定の位置関係にある配置可能位置を含めた配置候補位置群を形成し、配置候補位置群のうちで、敷均しを行った場合の土砂分布についての、施工対象区画に設定した施工順との合致度合いに基づいて、土砂運搬車両が置き土を配置すべき配置候補位置群を特定し、特定された配置候補位置群に含まれる配置可能位置を置き土指定位置として決定する位置指定部とを備えて施工管理システムを構成する。【選択図】図７
CONSTRUCTION MANAGEMENT SYSTEM, CONSTRUCTION MANAGEMENT METHOD, AND PROGRAM
To enable the appropriate determination of a location on which placed soil is arranged in a construction site.SOLUTION: A construction management system comprises: an area-determination part which, in a construction object field where leveling of placed soil is carried out, determines a complete area where the leveling has been completed and an incomplete area where the leveling has not been completed; and a location-designation part which selects, as referential placement candidate locations, among multiple placement-possible locations on which the placed soil can be arranged in the construction object field, placement-possible locations located within a predetermined distance from an outer edge of the complete area, configures placement candidate location groups, including the placement-possible locations each having a predetermined location relation with respect to, as a reference, each of the selected referential placement candidate locations, identifies, among the placement candidate location groups and based on a rate of conformity to a construction sequence that is established on construction object sections with regard to the soil distribution upon leveling, a placement candidate location group to be placed with the placed soil by soil transportation vehicles, and determines, as a designated soil placement location, a placement-possible location included in the identified placement candidate location group.SELECTED DRAWING: Figure 7
【課題】施工現場において置き土が配置される位置が適切に決定されるようにする。【解決手段】置き土の敷均をする施工対象領域において敷均しが完了した完了領域と完了していない未完領域とを判定する領域判定部と、施工対象領域に置き土を配置可能な複数の配置可能位置のうちで、完了領域の外縁に対して所定以内の距離にある配置可能位置を基準配置候補位置として選択し、選択された基準配置候補位置のそれぞれを基準として所定の位置関係にある配置可能位置を含めた配置候補位置群を形成し、配置候補位置群のうちで、敷均しを行った場合の土砂分布についての、施工対象区画に設定した施工順との合致度合いに基づいて、土砂運搬車両が置き土を配置すべき配置候補位置群を特定し、特定された配置候補位置群に含まれる配置可能位置を置き土指定位置として決定する位置指定部とを備えて施工管理システムを構成する。【選択図】図７
CONSTRUCTION MANAGEMENT SYSTEM, CONSTRUCTION MANAGEMENT METHOD, AND PROGRAM
施工管理システム、施工管理方法、及びプログラム
HIRATA HIROTATSU (author) / MIYASHITA YUKI (author) / YAMAMOTO SHINYA (author) / SUZUKI MASANORI (author) / NAKAZATO KENICHI (author)
2023-11-24
Patent
Electronic Resource
Japanese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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