A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
SLOPE FACE REINFORCING BODY, AS WELL AS SLOPE FACE STRUCTURE AND SLOPE FACE STRUCTURE CONSTRUCTION METHOD
PROBLEM TO BE SOLVED: To provide a slope face reinforcing body that is superior in weather resistance, load capacity property and work performance, as well as a slope face structure and a slop face structure construction method.SOLUTION: Two or more cylinder wire mesh cages 1 formed by filling a filling material are juxtaposed adjacently, and two or more wire mesh cage groups A formed by adjacent two or more cylinder wire mesh cages 1 are adjacently partitioned by bundling chains 2. The bundling chains 2 are wound around the outer circumference of each wire mesh cage group A, and chain fastening tools 3 are connected to both end sides in the wound bundling chains 2. The bundling chains 2 wound around the outer circumference of each wire mesh cage group A are tightened by the chain fastening tools 3 and each cylinder wire mesh cage 1 of each wire mesh cage group A is bound tightly. Linking chains 4 are connected to each wire mesh cage group A, and a slope face reinforcing body is formed by integrating each cylinder wire mesh cage 1.
【課題】 耐候性、耐荷重性及び作業性に優れた法面補強体、並びに法面構造及び法眼面構造工法を提供する。【解決手段】 中詰材を充填してなる複数の円筒金網籠１を隣接して並設し、隣接する複数の円筒金網籠１でなる金網籠群Ａを結束チェーン２にて隣接して複数区画する。結束チェーン２を各金網籠群Ａ外縁周に巻回し、巻回した結束チェーン２両端側にチェーン締付具３を連結する。チェーン締付具３にて各金網籠群Ａ外縁周に巻回した結束チェーン２を締付けて各金網籠群Ａの各円筒金網籠１を緊縛する。連結チェーン４を各金網籠群Ａに連結して、各円筒金網籠１を一体化してなる法面補強体を構成する。【選択図】 図１
SLOPE FACE REINFORCING BODY, AS WELL AS SLOPE FACE STRUCTURE AND SLOPE FACE STRUCTURE CONSTRUCTION METHOD
PROBLEM TO BE SOLVED: To provide a slope face reinforcing body that is superior in weather resistance, load capacity property and work performance, as well as a slope face structure and a slop face structure construction method.SOLUTION: Two or more cylinder wire mesh cages 1 formed by filling a filling material are juxtaposed adjacently, and two or more wire mesh cage groups A formed by adjacent two or more cylinder wire mesh cages 1 are adjacently partitioned by bundling chains 2. The bundling chains 2 are wound around the outer circumference of each wire mesh cage group A, and chain fastening tools 3 are connected to both end sides in the wound bundling chains 2. The bundling chains 2 wound around the outer circumference of each wire mesh cage group A are tightened by the chain fastening tools 3 and each cylinder wire mesh cage 1 of each wire mesh cage group A is bound tightly. Linking chains 4 are connected to each wire mesh cage group A, and a slope face reinforcing body is formed by integrating each cylinder wire mesh cage 1.
【課題】 耐候性、耐荷重性及び作業性に優れた法面補強体、並びに法面構造及び法眼面構造工法を提供する。【解決手段】 中詰材を充填してなる複数の円筒金網籠１を隣接して並設し、隣接する複数の円筒金網籠１でなる金網籠群Ａを結束チェーン２にて隣接して複数区画する。結束チェーン２を各金網籠群Ａ外縁周に巻回し、巻回した結束チェーン２両端側にチェーン締付具３を連結する。チェーン締付具３にて各金網籠群Ａ外縁周に巻回した結束チェーン２を締付けて各金網籠群Ａの各円筒金網籠１を緊縛する。連結チェーン４を各金網籠群Ａに連結して、各円筒金網籠１を一体化してなる法面補強体を構成する。【選択図】 図１
SLOPE FACE REINFORCING BODY, AS WELL AS SLOPE FACE STRUCTURE AND SLOPE FACE STRUCTURE CONSTRUCTION METHOD
法面補強体、並びに法面構造及び法面構造工法
KITAMURA AKIHIRO (author) / NABEYA JUNICHI (author)
2015-11-05
Patent
Electronic Resource
Japanese
METHOD FOR REINFORCING SLOPE FACE, AND REINFORCEMENT BODY OF SLOPE FACE
| European Patent Office | 2015
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