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A platform for research: civil engineering, architecture and urbanism
BUILDING DEMOLITION HEAVY MACHINERY, AND BUILDING DEMOLITION METHOD USING THE SAME
PROBLEM TO BE SOLVED: To hang a demolition heavy machinery safely from a top part of a building, and reduce demolition costs for the building.SOLUTION: A building demolition heavy machinery 1 includes: a heavy machinery body 4 having an arm 2 and an endless track 3, the arm 2 having a demolition tool 12 provided on a distal end for destroying a building 20, and the endless track 3 being for self-traveling; and a hoisting winch 5 capable of hoisting the heavy machinery body 4 with a wire 6. The hoisting winch 5 is connected to the heavy machinery body 4 at a position that enables hoisting of the heavy machinery body 4 with he wire 6. The heavy machinery body 4 is hoisted above the building 20, by connecting the wire 6 of the hoisting winch 5 to a top part of the building 20 and winding the wire 6 with the hoisting winch 5.SELECTED DRAWING: Figure 2
【課題】安全に解体重機を建物の上部に吊り上げて建物の解体コストを低減する。【解決手段】建物の解体重機１は、先端に建物２０を破壊する解体具１２を装備するアーム２と自走用の無限軌道３とを備え、アーム２と無限軌道３とを備える重機本体４と、重機本体４をワイヤー６を介して吊り上げることができる吊上ウインチ５を備え、吊上ウインチ５は、ワイヤー６を介して重機本体４を吊り上げ可能な位置で重機本体４に連結しており、吊上ウインチ５のワイヤー６を建物２０の上部に連結して、吊上ウインチ５でワイヤー６を巻き取って重機本体４を建物２０の上部に吊り上げる。【選択図】図２
BUILDING DEMOLITION HEAVY MACHINERY, AND BUILDING DEMOLITION METHOD USING THE SAME
PROBLEM TO BE SOLVED: To hang a demolition heavy machinery safely from a top part of a building, and reduce demolition costs for the building.SOLUTION: A building demolition heavy machinery 1 includes: a heavy machinery body 4 having an arm 2 and an endless track 3, the arm 2 having a demolition tool 12 provided on a distal end for destroying a building 20, and the endless track 3 being for self-traveling; and a hoisting winch 5 capable of hoisting the heavy machinery body 4 with a wire 6. The hoisting winch 5 is connected to the heavy machinery body 4 at a position that enables hoisting of the heavy machinery body 4 with he wire 6. The heavy machinery body 4 is hoisted above the building 20, by connecting the wire 6 of the hoisting winch 5 to a top part of the building 20 and winding the wire 6 with the hoisting winch 5.SELECTED DRAWING: Figure 2
【課題】安全に解体重機を建物の上部に吊り上げて建物の解体コストを低減する。【解決手段】建物の解体重機１は、先端に建物２０を破壊する解体具１２を装備するアーム２と自走用の無限軌道３とを備え、アーム２と無限軌道３とを備える重機本体４と、重機本体４をワイヤー６を介して吊り上げることができる吊上ウインチ５を備え、吊上ウインチ５は、ワイヤー６を介して重機本体４を吊り上げ可能な位置で重機本体４に連結しており、吊上ウインチ５のワイヤー６を建物２０の上部に連結して、吊上ウインチ５でワイヤー６を巻き取って重機本体４を建物２０の上部に吊り上げる。【選択図】図２
BUILDING DEMOLITION HEAVY MACHINERY, AND BUILDING DEMOLITION METHOD USING THE SAME
建物の解体重機とこの解体重機を使用する建物の解体方法
FUKUOKA KEN (author)
2016-12-01
Patent
Electronic Resource
Japanese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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