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A platform for research: civil engineering, architecture and urbanism
METHOD OF DISCHARGING RESIDUES
To provide a method of discharging residues which is devised to quickly discharge a residue while controlling the discharge amount of the residue.SOLUTION: There is provided a method of discharging residues that receives and stores a residue in a storage tank having a downward opening provided on a bottom side thereof and discharges the residue downward from the opening, comprising: a first releasing step S1 in which a discharge port start end region, a starting end region of the discharge port in a releasing direction in the opening, is released after moving a belt gate which closes the discharge port to the releasing direction; a first discharging step S2 in which a fluid is discharged downward from a first front discharge port disposed above the discharge port start end region; a second releasing step S4 in which an adjacent region, an area adjacent to the releasing side of the discharge port start end region in the opening, is released after moving the belt gate further to the releasing direction; and a second discharging step S5 in which a fluid is discharged downward from a first side discharge port disposed above the adjacent region.SELECTED DRAWING: Figure 5
【課題】し渣の排出量を調整しつつ、し渣を速やかに排出する工夫がなされたし渣排出方法を提供する。【解決手段】底側に下向きの開口を有する貯留槽にし渣を受け入れて貯留し、貯留したし渣を開口から下方に排出するし渣排出方法において、開口を閉鎖しているベルトゲートを開放方向に移動させ、開口のうち、開放方向における始端部分の領域である排出口始端領域を開放する第１開放ステップＳ１と、排出口始端領域の上方に配置された第１フロント吐出口から下方に向けて流体を吐出する第1吐出ステップＳ２と、ベルトゲートをさらに開放方向に移動させ、開口のうち、排出口始端領域の開放側に隣接した領域である隣接領域を開放する第２開放ステップＳ４と、隣接領域の上方に配置された第１サイド吐出口から下方に向けて流体を吐出する第２吐出ステップＳ５とを有する。【選択図】図５
METHOD OF DISCHARGING RESIDUES
To provide a method of discharging residues which is devised to quickly discharge a residue while controlling the discharge amount of the residue.SOLUTION: There is provided a method of discharging residues that receives and stores a residue in a storage tank having a downward opening provided on a bottom side thereof and discharges the residue downward from the opening, comprising: a first releasing step S1 in which a discharge port start end region, a starting end region of the discharge port in a releasing direction in the opening, is released after moving a belt gate which closes the discharge port to the releasing direction; a first discharging step S2 in which a fluid is discharged downward from a first front discharge port disposed above the discharge port start end region; a second releasing step S4 in which an adjacent region, an area adjacent to the releasing side of the discharge port start end region in the opening, is released after moving the belt gate further to the releasing direction; and a second discharging step S5 in which a fluid is discharged downward from a first side discharge port disposed above the adjacent region.SELECTED DRAWING: Figure 5
【課題】し渣の排出量を調整しつつ、し渣を速やかに排出する工夫がなされたし渣排出方法を提供する。【解決手段】底側に下向きの開口を有する貯留槽にし渣を受け入れて貯留し、貯留したし渣を開口から下方に排出するし渣排出方法において、開口を閉鎖しているベルトゲートを開放方向に移動させ、開口のうち、開放方向における始端部分の領域である排出口始端領域を開放する第１開放ステップＳ１と、排出口始端領域の上方に配置された第１フロント吐出口から下方に向けて流体を吐出する第1吐出ステップＳ２と、ベルトゲートをさらに開放方向に移動させ、開口のうち、排出口始端領域の開放側に隣接した領域である隣接領域を開放する第２開放ステップＳ４と、隣接領域の上方に配置された第１サイド吐出口から下方に向けて流体を吐出する第２吐出ステップＳ５とを有する。【選択図】図５
METHOD OF DISCHARGING RESIDUES
し渣排出方法
MASUDA TOMOYA (author) / YONEYAMA KAZUHIKO (author) / KAWAKAMI NAOYA (author)
2019-06-13
Patent
Electronic Resource
Japanese
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