Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
CIVIL ENGINEERING CONSTRUCTION METHOD AND CIVIL ENGINEERING CONSTRUCTION PROGRAM
To save labor surveying work and creation of drawings during civil engineering work.SOLUTION: A GNSS mobile station 12 and a computer 14 are mounted on a construction machine 10, the computer 12 has a monitor 13, a data acquisition unit 24 for acquiring a position of the construction machine 10 having travelled from the GNSS mobile station 12 and the height at each position, a display control unit 25 for causing the monitor 13 to display the position at which the construction machine 10 travelled on the map data 19, and a drawing preparation unit 26 for preparing a three-dimensional drawing based on the position and the height. The construction machine 10 travels over the entire civil construction site and the data acquisition unit 24 acquires a position and a height of an entire construction work site, and the drawing preparation unit 26 prepares a current state drawing of the civil engineering work site on the basis of the position and the height acquired at the data acquisition unit 24.SELECTED DRAWING: Figure 10
【課題】 土木施工の際の測量作業及び図面の作成を省力化する。【解決手段】 建設機械１０にＧＮＳＳ移動局１２及びコンピュータ１４を装着し、コンピュータ１２は、モニタ１３と、ＧＮＳＳ移動局１２から建設機械１０が走行した位置及び各位置における高さを取得するデータ取得部２４と、建設機械１０が走行した位置を地図データ１９上でモニタ１３に表示させる表示制御部２５と、位置及び高さに基づいて三次元の図面を作成する図面作成部２６と、を有しており、建設機械１０を土木施工現場全体で走行させ、データ取得部２４によって土木施工現場全体の位置及び高さを取得し、データ取得部２４が取得した位置及び高さに基づいて、図面作成部２６が土木施工現場の現況図面を作成する。【選択図】 図１０
CIVIL ENGINEERING CONSTRUCTION METHOD AND CIVIL ENGINEERING CONSTRUCTION PROGRAM
To save labor surveying work and creation of drawings during civil engineering work.SOLUTION: A GNSS mobile station 12 and a computer 14 are mounted on a construction machine 10, the computer 12 has a monitor 13, a data acquisition unit 24 for acquiring a position of the construction machine 10 having travelled from the GNSS mobile station 12 and the height at each position, a display control unit 25 for causing the monitor 13 to display the position at which the construction machine 10 travelled on the map data 19, and a drawing preparation unit 26 for preparing a three-dimensional drawing based on the position and the height. The construction machine 10 travels over the entire civil construction site and the data acquisition unit 24 acquires a position and a height of an entire construction work site, and the drawing preparation unit 26 prepares a current state drawing of the civil engineering work site on the basis of the position and the height acquired at the data acquisition unit 24.SELECTED DRAWING: Figure 10
【課題】 土木施工の際の測量作業及び図面の作成を省力化する。【解決手段】 建設機械１０にＧＮＳＳ移動局１２及びコンピュータ１４を装着し、コンピュータ１２は、モニタ１３と、ＧＮＳＳ移動局１２から建設機械１０が走行した位置及び各位置における高さを取得するデータ取得部２４と、建設機械１０が走行した位置を地図データ１９上でモニタ１３に表示させる表示制御部２５と、位置及び高さに基づいて三次元の図面を作成する図面作成部２６と、を有しており、建設機械１０を土木施工現場全体で走行させ、データ取得部２４によって土木施工現場全体の位置及び高さを取得し、データ取得部２４が取得した位置及び高さに基づいて、図面作成部２６が土木施工現場の現況図面を作成する。【選択図】 図１０
CIVIL ENGINEERING CONSTRUCTION METHOD AND CIVIL ENGINEERING CONSTRUCTION PROGRAM
土木施工方法及び土木施工用プログラム
YOKOSHIMA YASUZO (Autor:in)
07.02.2019
Patent
Elektronische Ressource
Japanisch
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