The present invention relates to an eco-friendly river underwater beam having a sediment discharge function, to form a sediment outlet on the submerged structure on the bottom of the river, and to open and close the sediment outlet through the opening and closing plate lifted by the water of the river sediment on the bottom of the river The purpose of this deposit is to allow the sediment to be discharged downstream of the stream without opening the floodgate. Eco-friendly river underwater beam having a sediment discharge function according to the present invention, the vertical space in which the inner space is formed, the sediment discharge port communicating with the inner space is formed at equal intervals along the left and right width directions, and the lower side of the vertical enclosure An underwater beam body extending in and formed of a horizontal housing having an internal space communicating with the internal space of the vertical housing, the horizontal beam body being disposed in a direction crossing the width of the stream; A buoyancy plate accommodated in the inner space of the horizontal housing constituting the underwater beam main body, and vertical supports are installed at equal intervals on the top; It includes; the opening and closing plate installed on the top of the vertical support, The side of the horizontal housing constituting the underwater beam body is located on the upstream side of the stream on the side of the stream by operating the valve to supply the water of the river to the inner space of the horizontal housing to move the opening and closing plate through the buoyancy plate to be supported Through the supply pipe for closing the sediment outlet, the side located on the downstream side of the stream, the water supplied to the inner space of the horizontal enclosure by the operation of the valve alternately with the valve installed in the supply pipe to the downstream of the stream A discharge pipe for opening the sediment outlet through the opening and closing plate through the buoyancy plate that is discharged and lowered is installed through, Both side surfaces of the buoyancy plate is further characterized in that the stopper frame is further coupled to prevent the left and right flow of the buoyancy plate while stopping the buoyancy plate to be moved to the upper hook hanging on the upper end of the inner space of the horizontal enclosure.
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