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A platform for research: civil engineering, architecture and urbanism
QUAY BRIDGING FACILITY AND METHOD FOR MOVING GOODS USING QUAY BRIDGING FACILITY
To provide a quay bridging facility and a method for moving goods using the quay bridging facility, capable of stably receiving a reaction force when goods are moved through a connecting bridge, regardless of water area conditions and the weight of the goods.SOLUTION: A quay bridging facility 100, which bridges between a quay G and a ship S moored in a water area W, comprises a pier 10 extending toward the water area W from the quay G, a pair of pillars 20 provided at left and right ends of the pier 10 in the width direction, a connecting bridge 40 rotatably attached to a pivot hinge 18 at the end 11 of the pier 10 on the water area side, a winding machine 30 installed on a capital 23 of the pillar 20, and a wire 50 extending from the winding machine 30 and attached to a part of the connecting bridge 40. By winding and unwinding the wire 50 by driving the winding machine 30, the connecting bridge 40 is positioned in an upright position toward the quay side and in an overhanging position toward the water area side via the pivot hinge 18.SELECTED DRAWING: Figure 1
【課題】水域の状況に左右されることなく、また、物資の重量に左右されることなく、連絡橋を介して物資が移動する際の反力を安定的に取ることができる、岸壁架橋設備、及び岸壁架橋設備を利用した物資の移動方法を提供する。【解決手段】岸壁Ｇと水域Ｗに停泊する船舶Ｓとの間を架橋する岸壁架橋設備１００であり、岸壁Ｇにおいて水域Ｗに向かって延びる桟橋１０と、桟橋１０の幅方向の左右端に設けられている一対の支柱２０と、桟橋１０における水域側の端部１１にある回動ヒンジ１８に対して回動自在に取り付けられている連絡橋４０と、支柱２０の柱頭２３に設置されている巻き取り機３０と、巻き取り機３０から延びて連絡橋４０の一部に取り付けられているワイヤ５０とを有し、巻き取り機３０の駆動によるワイヤ５０の巻き取りと巻き出しにより、回動ヒンジ１８を介した連絡橋４０の岸壁側への立設姿勢と水域側への張り出し姿勢が形成される。【選択図】図１
QUAY BRIDGING FACILITY AND METHOD FOR MOVING GOODS USING QUAY BRIDGING FACILITY
To provide a quay bridging facility and a method for moving goods using the quay bridging facility, capable of stably receiving a reaction force when goods are moved through a connecting bridge, regardless of water area conditions and the weight of the goods.SOLUTION: A quay bridging facility 100, which bridges between a quay G and a ship S moored in a water area W, comprises a pier 10 extending toward the water area W from the quay G, a pair of pillars 20 provided at left and right ends of the pier 10 in the width direction, a connecting bridge 40 rotatably attached to a pivot hinge 18 at the end 11 of the pier 10 on the water area side, a winding machine 30 installed on a capital 23 of the pillar 20, and a wire 50 extending from the winding machine 30 and attached to a part of the connecting bridge 40. By winding and unwinding the wire 50 by driving the winding machine 30, the connecting bridge 40 is positioned in an upright position toward the quay side and in an overhanging position toward the water area side via the pivot hinge 18.SELECTED DRAWING: Figure 1
【課題】水域の状況に左右されることなく、また、物資の重量に左右されることなく、連絡橋を介して物資が移動する際の反力を安定的に取ることができる、岸壁架橋設備、及び岸壁架橋設備を利用した物資の移動方法を提供する。【解決手段】岸壁Ｇと水域Ｗに停泊する船舶Ｓとの間を架橋する岸壁架橋設備１００であり、岸壁Ｇにおいて水域Ｗに向かって延びる桟橋１０と、桟橋１０の幅方向の左右端に設けられている一対の支柱２０と、桟橋１０における水域側の端部１１にある回動ヒンジ１８に対して回動自在に取り付けられている連絡橋４０と、支柱２０の柱頭２３に設置されている巻き取り機３０と、巻き取り機３０から延びて連絡橋４０の一部に取り付けられているワイヤ５０とを有し、巻き取り機３０の駆動によるワイヤ５０の巻き取りと巻き出しにより、回動ヒンジ１８を介した連絡橋４０の岸壁側への立設姿勢と水域側への張り出し姿勢が形成される。【選択図】図１
QUAY BRIDGING FACILITY AND METHOD FOR MOVING GOODS USING QUAY BRIDGING FACILITY
岸壁架橋設備、及び岸壁架橋設備を利用した物資の移動方法
TOYAMA MASAYASU (author) / SAGI HIROKI (author) / KAWASAKI WATARU (author)
2024-07-04
Patent
Electronic Resource
Japanese
IPC:
E01D
BRIDGES
,
Brücken
QUAY WALL STRUCTURE AND QUAY WALL STRUCTURE CONSTRUCTION METHOD
| European Patent Office | 2021
| British Library Online Contents | 2006