A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
FLOATING BODY MOORING DEVICE
PROBLEM TO BE SOLVED: To prevent the breakage of a floating body mooring device by making it possible that a floating body moored by a mooring pile leaves from a region enclosed by mooring piles.SOLUTION: The width W of a floating bridge 11 is made smaller than the distance L between the confronting faces of adjoining mooring piles 10, so that the floating bridge 11 can be moved in a floating body moving direction and can be removed from the mooring piles 10 (as shown in Fig. 6). At the end portion of the moving direction P of the floating bridge 11, a guide roller 26 is rotatably supported on a rotating axle 26b along the direction P, and the guide roller 26 is supported at the leading end portion of the rocking plate 23 rockable on the rocking axis 23a along the direction P. A guide roller 37 is supported on the central side of the floating bridge 11 on a rotating axle 37b perpendicular to the direction P, and the guide roller 37 is supported at the leading end portion of an extension arm 35 mounted on a rocking plate 33 rockable on the rocking shaft 33a. The rocking plates 23 and 33 are caused to rock to remove guide rollers 26 and 37 from the side faces of the mooring piles 10 thereby to cause the floating bridge to leave the mooring piles 10.SELECTED DRAWING: Figure 1
【課題】 異常気象時等に係留杭に係留されている浮体を、係留杭で囲まれた領域から離脱できるようにして浮体の係留装置等の破損を防止する。【解決手段】 浮桟橋11の幅員Ｗを隣接する係留杭10の対向面間距離Ｌよりも小さくし、浮体移動方向Ｐへ移動して係留杭10から離脱できるようにする（図６示）。浮桟橋11の移動方向Ｐの端部に該方向Ｐに沿った回動軸26bに回動自在にガイドローラ26を支持させ、揺動軸23aに揺動自在な揺動プレート23の先端部に該ガイドローラ26を支持させる。浮桟橋11の中央側に前記方向Ｐと直交方向に沿った回動軸37bにガイドローラ37を支持させ、揺動軸33aに揺動自在な揺動プレート33に取り付けた延長アーム35の先端部に該ガイドローラ37を支持させる。揺動プレート23、33を揺動させて、ガイドローラ26、37を係留杭10の側面から離脱させて、浮桟橋11を係留杭10から離脱させる。【選択図】 図１
FLOATING BODY MOORING DEVICE
PROBLEM TO BE SOLVED: To prevent the breakage of a floating body mooring device by making it possible that a floating body moored by a mooring pile leaves from a region enclosed by mooring piles.SOLUTION: The width W of a floating bridge 11 is made smaller than the distance L between the confronting faces of adjoining mooring piles 10, so that the floating bridge 11 can be moved in a floating body moving direction and can be removed from the mooring piles 10 (as shown in Fig. 6). At the end portion of the moving direction P of the floating bridge 11, a guide roller 26 is rotatably supported on a rotating axle 26b along the direction P, and the guide roller 26 is supported at the leading end portion of the rocking plate 23 rockable on the rocking axis 23a along the direction P. A guide roller 37 is supported on the central side of the floating bridge 11 on a rotating axle 37b perpendicular to the direction P, and the guide roller 37 is supported at the leading end portion of an extension arm 35 mounted on a rocking plate 33 rockable on the rocking shaft 33a. The rocking plates 23 and 33 are caused to rock to remove guide rollers 26 and 37 from the side faces of the mooring piles 10 thereby to cause the floating bridge to leave the mooring piles 10.SELECTED DRAWING: Figure 1
【課題】 異常気象時等に係留杭に係留されている浮体を、係留杭で囲まれた領域から離脱できるようにして浮体の係留装置等の破損を防止する。【解決手段】 浮桟橋11の幅員Ｗを隣接する係留杭10の対向面間距離Ｌよりも小さくし、浮体移動方向Ｐへ移動して係留杭10から離脱できるようにする（図６示）。浮桟橋11の移動方向Ｐの端部に該方向Ｐに沿った回動軸26bに回動自在にガイドローラ26を支持させ、揺動軸23aに揺動自在な揺動プレート23の先端部に該ガイドローラ26を支持させる。浮桟橋11の中央側に前記方向Ｐと直交方向に沿った回動軸37bにガイドローラ37を支持させ、揺動軸33aに揺動自在な揺動プレート33に取り付けた延長アーム35の先端部に該ガイドローラ37を支持させる。揺動プレート23、33を揺動させて、ガイドローラ26、37を係留杭10の側面から離脱させて、浮桟橋11を係留杭10から離脱させる。【選択図】 図１
FLOATING BODY MOORING DEVICE
浮体の係留装置
MITSUMORI YOSHIAKI (author) / MONGAI HIROFUMI (author) / EMOTO MASAKI (author) / TSUKAHARA YASUO (author) / KAYANO RYOTA (author) / AKATSUKA YUTA (author)
2018-01-11
Patent
Electronic Resource
Japanese
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