A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
METHOD FOR DISASSEMBLING TOWERING STRUCTURE
To provide a method for disassembling a towering structure which can more inexpensively and efficiently disassemble a towering structure.SOLUTION: A part in a circumferential direction is cut on a base side of a towering structure. A first cut part 17a is a part in the circumferential direction at a position opposite to a fall direction, and the first cut part 17b is a circumferential position perpendicular to the fall direction. Here, the first cut parts 17a and 17b desirably include a substantially horizontal cut part. A jack 27 and a jack receiving part 29b are arranged so as to stride over the first cut part 17a. A second cut part of a part in the circumferential direction is cut. The second cut parts 31a and 31b include a cut part inclined so that the cut position becomes lower from a side opposite to the fall direction toward the fall direction. The ends on the fall direction side of the second cut part 31b are not connected to each other, and a non-cut part 32 that is not cut remains in a part of the circumferential direction of the fall direction.SELECTED DRAWING: Figure 8
【課題】 より安価に効率よく塔状構造物を解体することが可能な塔状構造物の解体方法を提供する。【解決手段】 塔状構造物の基部側において、周方向の一部を切断する。第１切断部１７ａは、転倒方向とは逆側の位置の周方向の一部であり、第１切断部１７ｂは、転倒方向に対して垂直な周方向位置である。ここで、第１切断部１７ａ、１７ｂは、略水平な切断部を含むことが望ましい。第１切断部１７ａを跨ぐように、ジャッキ２７と、ジャッキ受け部２９ｂが配置される。次に、周方向の一部の第２切断部を切断する。第２切断部３１ａ、３１ｂは、転倒方向の逆側から転倒方向に向けて、切断位置が低くなるように傾斜した切断部を含む。また、第２切断部３１ｂの転倒方向側の端部同士はつながらず、転倒方向の周方向の一部には、切断されていない非切断部３２が残る。【選択図】図８
METHOD FOR DISASSEMBLING TOWERING STRUCTURE
To provide a method for disassembling a towering structure which can more inexpensively and efficiently disassemble a towering structure.SOLUTION: A part in a circumferential direction is cut on a base side of a towering structure. A first cut part 17a is a part in the circumferential direction at a position opposite to a fall direction, and the first cut part 17b is a circumferential position perpendicular to the fall direction. Here, the first cut parts 17a and 17b desirably include a substantially horizontal cut part. A jack 27 and a jack receiving part 29b are arranged so as to stride over the first cut part 17a. A second cut part of a part in the circumferential direction is cut. The second cut parts 31a and 31b include a cut part inclined so that the cut position becomes lower from a side opposite to the fall direction toward the fall direction. The ends on the fall direction side of the second cut part 31b are not connected to each other, and a non-cut part 32 that is not cut remains in a part of the circumferential direction of the fall direction.SELECTED DRAWING: Figure 8
【課題】 より安価に効率よく塔状構造物を解体することが可能な塔状構造物の解体方法を提供する。【解決手段】 塔状構造物の基部側において、周方向の一部を切断する。第１切断部１７ａは、転倒方向とは逆側の位置の周方向の一部であり、第１切断部１７ｂは、転倒方向に対して垂直な周方向位置である。ここで、第１切断部１７ａ、１７ｂは、略水平な切断部を含むことが望ましい。第１切断部１７ａを跨ぐように、ジャッキ２７と、ジャッキ受け部２９ｂが配置される。次に、周方向の一部の第２切断部を切断する。第２切断部３１ａ、３１ｂは、転倒方向の逆側から転倒方向に向けて、切断位置が低くなるように傾斜した切断部を含む。また、第２切断部３１ｂの転倒方向側の端部同士はつながらず、転倒方向の周方向の一部には、切断されていない非切断部３２が残る。【選択図】図８
METHOD FOR DISASSEMBLING TOWERING STRUCTURE
塔状構造物の解体方法
TAKATSUKA YOSHINORI (author) / YAMAMURA NORIO (author) / KASAI HIDECHIKA (author) / SHINKAI TAKAFUMI (author) / WASHIO SUGURU (author) / ASANUMA SHIGEHIRO (author) / HOSOHATA MITSUHIRO (author)
2023-02-01
Patent
Electronic Resource
Japanese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
| British Library Online Contents | 2006
| British Library Online Contents | 1992