A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
MODIFIED MATERIAL INPUT AMOUNT CALCULATION METHOD AND MODIFIED MATERIAL INPUT AMOUNT CALCULATION DEVICE
To provide a modified material input amount calculation method and a modified material input amount calculation device, capable of calculating optimal input amount of a modified material depending on weight and moisture content of soil.SOLUTION: Before a soil type determination process S-14, a first molding process S-11 for putting a first roller (roller) to an upper part of a decontamination soil (soil) transported by a belt conveyor (transport device), a second molding process S-12 for putting a molding sheet with a flat sheet shape to the upper part of the decontamination soil transported by the belt conveyor after the first molding process S-11 in a direction of crossover with an upper surface of the decontamination soil, and a post-molding state determination process S-13 for determining distance by a surface of the decontamination soil after the second molding process S-12 (state of sol) at a plurality of locations per unit are conducted, and in the soil type determination process S-14, soil type is determined from the distance by the surface of the decontamination soil at the plurality of locations per unit measured in the post-molding state determination process S-13.SELECTED DRAWING: Figure 1
【課題】土壌の重量および含水率に応じた改質材の最適な投入量を算出できる改質材投入量算出方法および改質材投入量算出装置を提供する。【解決手段】土質種別判定工程Ｓ−１４の前には、ベルトコンベア（搬送装置）で搬送される除染土壌（土壌）の上部に第１ローラ（ローラ）をあてる第１成形工程Ｓ−１１と、第１成形工程Ｓ−１１の後のベルトコンベアで搬送される除染土壌の上部に平板状の成形板を除染土壌の上面に交差する向きであてる第２成形工程Ｓ−１２と、第２成形工程Ｓ−１２の後の除染土壌の表面までの距離（土壌の状態）をユニットごとに複数個所において測定する成形後状態測定工程Ｓ−１３と、を行い、土質種別判定工程Ｓ−１４では、成形後状態測定工程Ｓ−１３で測定されたユニットごとの複数個所における除染土壌の表面までの距離から土質種別を判定する。【選択図】図１
MODIFIED MATERIAL INPUT AMOUNT CALCULATION METHOD AND MODIFIED MATERIAL INPUT AMOUNT CALCULATION DEVICE
To provide a modified material input amount calculation method and a modified material input amount calculation device, capable of calculating optimal input amount of a modified material depending on weight and moisture content of soil.SOLUTION: Before a soil type determination process S-14, a first molding process S-11 for putting a first roller (roller) to an upper part of a decontamination soil (soil) transported by a belt conveyor (transport device), a second molding process S-12 for putting a molding sheet with a flat sheet shape to the upper part of the decontamination soil transported by the belt conveyor after the first molding process S-11 in a direction of crossover with an upper surface of the decontamination soil, and a post-molding state determination process S-13 for determining distance by a surface of the decontamination soil after the second molding process S-12 (state of sol) at a plurality of locations per unit are conducted, and in the soil type determination process S-14, soil type is determined from the distance by the surface of the decontamination soil at the plurality of locations per unit measured in the post-molding state determination process S-13.SELECTED DRAWING: Figure 1
【課題】土壌の重量および含水率に応じた改質材の最適な投入量を算出できる改質材投入量算出方法および改質材投入量算出装置を提供する。【解決手段】土質種別判定工程Ｓ−１４の前には、ベルトコンベア（搬送装置）で搬送される除染土壌（土壌）の上部に第１ローラ（ローラ）をあてる第１成形工程Ｓ−１１と、第１成形工程Ｓ−１１の後のベルトコンベアで搬送される除染土壌の上部に平板状の成形板を除染土壌の上面に交差する向きであてる第２成形工程Ｓ−１２と、第２成形工程Ｓ−１２の後の除染土壌の表面までの距離（土壌の状態）をユニットごとに複数個所において測定する成形後状態測定工程Ｓ−１３と、を行い、土質種別判定工程Ｓ−１４では、成形後状態測定工程Ｓ−１３で測定されたユニットごとの複数個所における除染土壌の表面までの距離から土質種別を判定する。【選択図】図１
MODIFIED MATERIAL INPUT AMOUNT CALCULATION METHOD AND MODIFIED MATERIAL INPUT AMOUNT CALCULATION DEVICE
改質材投入量算出方法および改質材投入量算出装置
TSUCHIDA MITSURU (author) / BABA NAOKI (author)
2019-03-07
Patent
Electronic Resource
Japanese
| European Patent Office | 2022