A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
CONSTRUCTION MACHINE MANAGEMENT SYSTEM, CONSTRUCTION MACHINE MANAGEMENT PROGRAM, CONSTRUCTION MACHINE MANAGEMENT METHOD, CONSTRUCTION MACHINE AND EXTERNAL MANAGEMENT DEVICE OF CONSTRUCTION MACHINE
To easily and accurately monitor a construction point formed by a construction machine by autonomously monitoring the construction point from the construction machine.SOLUTION: A construction machine management system comprises: a detection sensor unit 11 mounted to a construction machine 2 which is movable in a construction site area 1; and a position recognition unit 13a for recognizing the position information of a construction point formed by a movable working tool 3 in the construction site area 1 on the basis of a detection result of the detection sensor unit 11 with respect to an external index 1a installed in the construction site area 1, and a detection result of the detection sensor unit 11 with respect to a movable index 3a added to the movable working tool 3 possessed by the construction machine 2.SELECTED DRAWING: Figure 1
【課題】建設機械による施工箇所をその建設機械からみて自律的にモニタすることで、当該モニタを簡便かつ高精度に行うことを可能にする。【解決手段】施工現場エリア１を移動可能な建設機械２に搭載される検出センサ部１１と、前記施工現場エリア１に設置された外部指標１ａについての前記検出センサ部１１での検出結果と、前記建設機械２が有する可動作業具３に付された可動指標３ａについての前記検出センサ部１１での検出結果とを基に、前記施工現場エリア１での前記可動作業具３による施工箇所の位置情報を認識する位置認識部１３ａと、を備えて建設機械管理システムを構成する。【選択図】図１
CONSTRUCTION MACHINE MANAGEMENT SYSTEM, CONSTRUCTION MACHINE MANAGEMENT PROGRAM, CONSTRUCTION MACHINE MANAGEMENT METHOD, CONSTRUCTION MACHINE AND EXTERNAL MANAGEMENT DEVICE OF CONSTRUCTION MACHINE
To easily and accurately monitor a construction point formed by a construction machine by autonomously monitoring the construction point from the construction machine.SOLUTION: A construction machine management system comprises: a detection sensor unit 11 mounted to a construction machine 2 which is movable in a construction site area 1; and a position recognition unit 13a for recognizing the position information of a construction point formed by a movable working tool 3 in the construction site area 1 on the basis of a detection result of the detection sensor unit 11 with respect to an external index 1a installed in the construction site area 1, and a detection result of the detection sensor unit 11 with respect to a movable index 3a added to the movable working tool 3 possessed by the construction machine 2.SELECTED DRAWING: Figure 1
【課題】建設機械による施工箇所をその建設機械からみて自律的にモニタすることで、当該モニタを簡便かつ高精度に行うことを可能にする。【解決手段】施工現場エリア１を移動可能な建設機械２に搭載される検出センサ部１１と、前記施工現場エリア１に設置された外部指標１ａについての前記検出センサ部１１での検出結果と、前記建設機械２が有する可動作業具３に付された可動指標３ａについての前記検出センサ部１１での検出結果とを基に、前記施工現場エリア１での前記可動作業具３による施工箇所の位置情報を認識する位置認識部１３ａと、を備えて建設機械管理システムを構成する。【選択図】図１
CONSTRUCTION MACHINE MANAGEMENT SYSTEM, CONSTRUCTION MACHINE MANAGEMENT PROGRAM, CONSTRUCTION MACHINE MANAGEMENT METHOD, CONSTRUCTION MACHINE AND EXTERNAL MANAGEMENT DEVICE OF CONSTRUCTION MACHINE
建設機械管理システム、建設機械管理プログラム、建設機械管理方法、建設機械および建設機械の外部管理装置
TAMASATO YOSHINAO (author)
2020-06-18
Patent
Electronic Resource
Japanese
CONSTRUCTION MACHINE AND CONSTRUCTION MACHINE MANAGEMENT SYSTEM
| European Patent Office | 2022