A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
DRAINAGE STRUCTURE OF WATER NATURALLY AND ARTIFICIALLY DERIVED, AND COLUMN BUILDING STRUCTURE
PROBLEM TO BE SOLVED: To solve the problem in which there is no way to eliminate mud caused by rainwater and groundwater accumulated at the foot of the slope of paddy fields.MEANS FOR SOLVING THE PROBLEM: In a container and a building structure utilizing a vertical hole opening, a vertical hole opening is provided on a foot of a slope on a slope side, a multistage ring aggregate is accommodated in the inner space of the vertical hole opening, rod piles are driven around the whole circumference of the multistage ring aggregate, and drainage is collected into the inner space of the multistage ring aggregate.SELECTED DRAWING: Figure 2
【課題】水田法面の尻に溜まる雨水、地下水による泥濘を無くす方法がない【解決する手段】法面の尻の法面側に縦穴開口穴を設け、その内部空間に多段リング骨材を収容し、多段リング骨材の全周に杭棒を打ち込み、多段リング骨材内部空間に排水を集水する容器、およびた縦開口穴活用建柱構築【選択図】図２
DRAINAGE STRUCTURE OF WATER NATURALLY AND ARTIFICIALLY DERIVED, AND COLUMN BUILDING STRUCTURE
PROBLEM TO BE SOLVED: To solve the problem in which there is no way to eliminate mud caused by rainwater and groundwater accumulated at the foot of the slope of paddy fields.MEANS FOR SOLVING THE PROBLEM: In a container and a building structure utilizing a vertical hole opening, a vertical hole opening is provided on a foot of a slope on a slope side, a multistage ring aggregate is accommodated in the inner space of the vertical hole opening, rod piles are driven around the whole circumference of the multistage ring aggregate, and drainage is collected into the inner space of the multistage ring aggregate.SELECTED DRAWING: Figure 2
【課題】水田法面の尻に溜まる雨水、地下水による泥濘を無くす方法がない【解決する手段】法面の尻の法面側に縦穴開口穴を設け、その内部空間に多段リング骨材を収容し、多段リング骨材の全周に杭棒を打ち込み、多段リング骨材内部空間に排水を集水する容器、およびた縦開口穴活用建柱構築【選択図】図２
DRAINAGE STRUCTURE OF WATER NATURALLY AND ARTIFICIALLY DERIVED, AND COLUMN BUILDING STRUCTURE
自然 人為排水および建柱構築
NISHIMURA KINGO (author)
2018-05-31
Patent
Electronic Resource
Japanese
| Taylor & Francis Verlag | 1998