A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
VISUALIZING SYSTEM AND VISUALIZING METHOD FOR GROUND IMPROVEMENT WORK
To provide a visualizing system and a visualizing method for a ground improvement work, which allow a monitor and an operator to adequately understand information and situation by visualizing the information and the situation so as to be easily viewed while the information and the situation change in real time.SOLUTION: A communication terminal 8 comprises: a reception part to receive information from a design information storage part to store design information including a construction position A and construction height of a ground improvement body 4, and external diameter of the ground improvement body and a construction information storage part to store construction information including constructed construction height of the ground improvement body; a model storage part to represent the external diameter of the ground improvement body as a cylinder diameter and represent the constructed construction height as length of the cylinder, and store a three-dimensional cylinder construction model 12; a model generation part to read the cylinder construction model from the model storage part and generate the cylinder construction model in real time according to the constructed construction height; and a display processing part to display an image of the cylinder construction model on the display by corresponding to the construction position.SELECTED DRAWING: Figure 1
【課題】情報や状況がリアルタイムに変化する中で、情報や状況を、見やすく可視化し、監視者や作業者に的確に把握させることが可能な地盤改良工事の可視化システム及び可視化方法を提供する。【解決手段】通信端末８は、地盤改良体４の造成位置Ａ、造成高さ及び地盤改良体の外径寸法を含む設計情報を記憶する設計情報記憶部及び地盤改良体の施工済み造成高さを含む施工情報を記憶する施工情報記憶部から情報を受信する受信部と、地盤改良体の外径寸法をシリンダ径で表し、施工済み造成高さをシリンダの長さで表す、３次元のシリンダ造成モデル１２を格納したモデル記憶部と、モデル記憶部からシリンダ造成モデルを読み出すと共に、施工済み造成高さに応じて、リアルタイムに、シリンダ造成モデルを生成するモデル生成部と、造成位置に対応付けて、シリンダ造成モデルをディスプレイに画像表示する表示処理部とを含む。【選択図】図１
VISUALIZING SYSTEM AND VISUALIZING METHOD FOR GROUND IMPROVEMENT WORK
To provide a visualizing system and a visualizing method for a ground improvement work, which allow a monitor and an operator to adequately understand information and situation by visualizing the information and the situation so as to be easily viewed while the information and the situation change in real time.SOLUTION: A communication terminal 8 comprises: a reception part to receive information from a design information storage part to store design information including a construction position A and construction height of a ground improvement body 4, and external diameter of the ground improvement body and a construction information storage part to store construction information including constructed construction height of the ground improvement body; a model storage part to represent the external diameter of the ground improvement body as a cylinder diameter and represent the constructed construction height as length of the cylinder, and store a three-dimensional cylinder construction model 12; a model generation part to read the cylinder construction model from the model storage part and generate the cylinder construction model in real time according to the constructed construction height; and a display processing part to display an image of the cylinder construction model on the display by corresponding to the construction position.SELECTED DRAWING: Figure 1
【課題】情報や状況がリアルタイムに変化する中で、情報や状況を、見やすく可視化し、監視者や作業者に的確に把握させることが可能な地盤改良工事の可視化システム及び可視化方法を提供する。【解決手段】通信端末８は、地盤改良体４の造成位置Ａ、造成高さ及び地盤改良体の外径寸法を含む設計情報を記憶する設計情報記憶部及び地盤改良体の施工済み造成高さを含む施工情報を記憶する施工情報記憶部から情報を受信する受信部と、地盤改良体の外径寸法をシリンダ径で表し、施工済み造成高さをシリンダの長さで表す、３次元のシリンダ造成モデル１２を格納したモデル記憶部と、モデル記憶部からシリンダ造成モデルを読み出すと共に、施工済み造成高さに応じて、リアルタイムに、シリンダ造成モデルを生成するモデル生成部と、造成位置に対応付けて、シリンダ造成モデルをディスプレイに画像表示する表示処理部とを含む。【選択図】図１
VISUALIZING SYSTEM AND VISUALIZING METHOD FOR GROUND IMPROVEMENT WORK
地盤改良工事の可視化システム及び可視化方法
YOSHIMURA FUJIKO (author) / MIYATA IWAO (author) / SHIROI MITSUO (author) / IMAIZUMI KAZUTOSHI (author) / NITTA KATSUNORI (author) / SAWAMURA KEN (author) / TSUDA AKIHIRO (author) / TAGA DAIJU (author)
2024-10-03
Patent
Electronic Resource
Japanese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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