A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
ERECTION SUPPORT METHOD, AND ERECTION SUPPORT SYSTEM
To provide an erection support method capable of performing an adjustment work of a building structural material by a worker as quickly as possible and properly, while suppressing labor cost.SOLUTION: Based on a design value to an installed building structural material and an actual measurement value obtained via a measurement device, a correction quantity and a correction direction to a component core of the building structural material are calculated to display a correction guiding image, and a worker operates an adjustment jig based on the correction guiding image. After a correction quantity and a correction direction are calculated by collimating a marker installed in the building structural material in a prism mode at an initial stage, a collimating direction of the measurement device is set to a design position of the component core, and a processing is repeated for calculating a correction quantity and a correction direction based on a non-prism measurement data measured in a non-prism mode and a capturing data at that time.SELECTED DRAWING: Figure 5
【課題】人件費を抑制しつつ作業者による建築構造材の調整作業を可及的に速やかに且つ適切に行なうことができる建方支援方法を提供する。【解決手段】建て込まれた建築構造材に対する設計値と測量機器を介して得られた実測値とに基づいて、当該建築構造材の部材芯に対する補正量及び補正方向を算出して補正案内画像を表示し、当該補正案内画像に基づいて作業者が調整治具を操作するように構成され、初期に建築構造材に設置されたマーカーをプリズムモードで視準して補正量及び補正方向を算出した後は、測量機器の視準方向を部材芯の設計位置に設定し、ノンプリズムモードで測量したノンプリズム測量データと、そのときの撮像データに基づいて補正量及び補正方向を算出する処理を繰り返す。【選択図】図５
ERECTION SUPPORT METHOD, AND ERECTION SUPPORT SYSTEM
To provide an erection support method capable of performing an adjustment work of a building structural material by a worker as quickly as possible and properly, while suppressing labor cost.SOLUTION: Based on a design value to an installed building structural material and an actual measurement value obtained via a measurement device, a correction quantity and a correction direction to a component core of the building structural material are calculated to display a correction guiding image, and a worker operates an adjustment jig based on the correction guiding image. After a correction quantity and a correction direction are calculated by collimating a marker installed in the building structural material in a prism mode at an initial stage, a collimating direction of the measurement device is set to a design position of the component core, and a processing is repeated for calculating a correction quantity and a correction direction based on a non-prism measurement data measured in a non-prism mode and a capturing data at that time.SELECTED DRAWING: Figure 5
【課題】人件費を抑制しつつ作業者による建築構造材の調整作業を可及的に速やかに且つ適切に行なうことができる建方支援方法を提供する。【解決手段】建て込まれた建築構造材に対する設計値と測量機器を介して得られた実測値とに基づいて、当該建築構造材の部材芯に対する補正量及び補正方向を算出して補正案内画像を表示し、当該補正案内画像に基づいて作業者が調整治具を操作するように構成され、初期に建築構造材に設置されたマーカーをプリズムモードで視準して補正量及び補正方向を算出した後は、測量機器の視準方向を部材芯の設計位置に設定し、ノンプリズムモードで測量したノンプリズム測量データと、そのときの撮像データに基づいて補正量及び補正方向を算出する処理を繰り返す。【選択図】図５
ERECTION SUPPORT METHOD, AND ERECTION SUPPORT SYSTEM
建方支援方法及び建方支援システム
OKUNO MASASHI (author) / YAMADA YASUSHI (author) / TANAKA TORU (author) / MORITA EIJI (author) / NAITO MITSUHIRO (author) / TANIYAMA HIDEOMI (author)
2021-10-21
Patent
Electronic Resource
Japanese
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