A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
RETAINING WALL STRUCTURE AND CONSTRUCTION METHOD FOR RETAINING WALL
To provide a method for easily constructing retaining walls using waste tires with great accuracy.SOLUTION: A retaining wall structure 10 includes: a reference part 14 that is assembled using a plurality of long members 12a to 12m; a plurality of waste tires 20; and inner members 24 that are installed inside the plurality of waste tires 20. The reference part 14 includes: a slope section 16 in which the long members 12a to 12m that extend from a position away from a slope surface S and slope at degrees of the retaining wall are set at intervals in a lateral direction X; and a support section 18 that supports the slope section 16. Lines of waste tires 20 are arranged in the lateral direction X, and in each of the lines, waste tires are piled based on the slope section 16 of the reference part 14 in a manner of contacting the slope surface S. In this way, by using the reference part 14 when piling waste tires 20, it is possible to pile the waste tires 20 with great accuracy, and it is possible to easily perform piling work because the waste tires 20 are piled based on the slope section 16 of the reference part 14.SELECTED DRAWING: Figure 1
【課題】廃タイヤを利用した擁壁を精度良く容易に構築する方法を提供する。【解決手段】擁壁構造１０は、複数の長尺部材１２ａ〜１２ｍにより組み上げられた定規部１４と、複数の廃タイヤ２０と、複数の廃タイヤ２０の内部に打設された内部部材２４とを含んでいる。定規部１４は、法面Ｓから間隔を空けた位置で擁壁勾配に傾斜して延在する長尺部材１２ａ〜１２ｍが、側方向Ｘに互いに間隔を空けて複数設置された斜設部１６と、斜設部１６を支持する支持部１８とを含み、複数の廃タイヤ２０は、側方向Ｘに複数列並ぶと共に、各列において、法面Ｓと接触する態様で、定規部１４の斜設部１６を基準位置として積み上げられている。このように、廃タイヤ２０の積み上げ時に定規部１４が利用されることで、複数の廃タイヤ２０を精度良く積み上げることができ、積み上げ時には定規部１４の斜設部１６が拠り所となるため、積み上げ作業を容易に行うことができる。【選択図】図１
RETAINING WALL STRUCTURE AND CONSTRUCTION METHOD FOR RETAINING WALL
To provide a method for easily constructing retaining walls using waste tires with great accuracy.SOLUTION: A retaining wall structure 10 includes: a reference part 14 that is assembled using a plurality of long members 12a to 12m; a plurality of waste tires 20; and inner members 24 that are installed inside the plurality of waste tires 20. The reference part 14 includes: a slope section 16 in which the long members 12a to 12m that extend from a position away from a slope surface S and slope at degrees of the retaining wall are set at intervals in a lateral direction X; and a support section 18 that supports the slope section 16. Lines of waste tires 20 are arranged in the lateral direction X, and in each of the lines, waste tires are piled based on the slope section 16 of the reference part 14 in a manner of contacting the slope surface S. In this way, by using the reference part 14 when piling waste tires 20, it is possible to pile the waste tires 20 with great accuracy, and it is possible to easily perform piling work because the waste tires 20 are piled based on the slope section 16 of the reference part 14.SELECTED DRAWING: Figure 1
【課題】廃タイヤを利用した擁壁を精度良く容易に構築する方法を提供する。【解決手段】擁壁構造１０は、複数の長尺部材１２ａ〜１２ｍにより組み上げられた定規部１４と、複数の廃タイヤ２０と、複数の廃タイヤ２０の内部に打設された内部部材２４とを含んでいる。定規部１４は、法面Ｓから間隔を空けた位置で擁壁勾配に傾斜して延在する長尺部材１２ａ〜１２ｍが、側方向Ｘに互いに間隔を空けて複数設置された斜設部１６と、斜設部１６を支持する支持部１８とを含み、複数の廃タイヤ２０は、側方向Ｘに複数列並ぶと共に、各列において、法面Ｓと接触する態様で、定規部１４の斜設部１６を基準位置として積み上げられている。このように、廃タイヤ２０の積み上げ時に定規部１４が利用されることで、複数の廃タイヤ２０を精度良く積み上げることができ、積み上げ時には定規部１４の斜設部１６が拠り所となるため、積み上げ作業を容易に行うことができる。【選択図】図１
RETAINING WALL STRUCTURE AND CONSTRUCTION METHOD FOR RETAINING WALL
擁壁構造及び擁壁の構築方法
AKAGAWA SUNAO (author) / KANEKO HIROAKI (author)
2020-06-18
Patent
Electronic Resource
Japanese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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