INSTALLATION METHOD OF STEEL PLATE CELL, AND STEEL PLATE CELL

To suppress outflow of a filler without being affected by buoyance and water pressure when sinking a steel plate cell underwater.SOLUTION: An installation method of a steel plate cell 10 is related to the steel plate cell 10 which includes a cylindrical cell body 11 and which is installed in a pavin...

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Hauptverfasser: ISHIHARA KAZUYUKI, MIYAMOTO TAKUJIRO, SAWAI TSUTOMU, NAKANISHI FUMIO, MASAKI YOJI, NOCHI MASARU, MATSUNO SUSUMU
Format: Patent
Sprache:eng ; jpn
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Zusammenfassung:To suppress outflow of a filler without being affected by buoyance and water pressure when sinking a steel plate cell underwater.SOLUTION: An installation method of a steel plate cell 10 is related to the steel plate cell 10 which includes a cylindrical cell body 11 and which is installed in a paving stone portion 4 formed in an excavated bed portion 3 of a water bottom ground 2. The installation method comprises: a body installation step of installing the cell body 11 on an upper face of the paving stone portion 4 in a state where its axial direction becomes a vertical direction; a blocking step of, after the body installation step, blocking an opening in a bottom portion of the cell body 11 with a bottom cover 13; an infilling step of, after the blocking step, filling a filler 14 into an inside of the cell body 11; and a backfilling step of backfilling the excavated bed portion 3.SELECTED DRAWING: Figure 1 【課題】鋼板セルを水中に沈める際に浮力や水圧の影響を受けることなく、中詰材の流出を抑制すること。【解決手段】鋼板セル10の設置方法は、円筒状のセル本体11を有し、水底地盤2の床堀部3に形成された敷石部4に設置される鋼板セル10に係るものであり、セル本体11を軸方向が鉛直方向となる状態で敷石部4の上面に設置する本体設置工程と、本体設置工程の後、セル本体11の底部の開口を底蓋13によって閉塞する閉塞工程と、閉塞工程の後、セル本体11の内部に中詰材14を充填する中詰め工程と、床堀部3を埋め戻す埋め戻し工程とを備えている。【選択図】図1