A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
WATER PATH DIGGING MACHINE
PROBLEM TO BE SOLVED: To provide a water path digging machine, in which, when a traveling machine travels along water path, mud in the water path is dug by a soil discharging mechanism and the mud is thrown up to be discharged to side position of the water path, as the mud accumulated in the water path may be dug and the mud may be thrown up to be discharged to the side position of the water path, the mud in the water path may be dug and removed easily.SOLUTION: A soil discharging mechanism 11 for digging mud (D) in water path (W) and throwing up the mud to discharge (Q) it to side position of the water path is arranged on a machine frame 9; a soil discharging rotor 12 consisting of a spiral blade body 12a which may dig mud in the water path and rotationally transport (L) it to a side of a traveling machine 1 and a soil throwing body 12b for throwing up and discharging the mud rotationally transported by the spiral blade body to the side position of the water path is arranged; and a swing mechanism 14 for swinging (R) the soil discharging rotor between a water path inside position and water path upper position is arranged.SELECTED DRAWING: Figure 4
【課題】走行機体を水路に沿って走行すると、排土機構により水路内の泥土は掘削されると共に泥土は水路の側方位置に跳上排出されることになり、水路内に堆積した泥土を掘削して泥土を水路の側方位置に跳上排出することができ、水路内の泥土を容易に掘削除去することができる。【解決手段】機枠体９に水路Ｗ内の泥土Ｄを掘削すると共に泥土を水路の側方位置に跳上排出Ｑする排土機構１１を設け、水路内の泥土を掘削して走行機体１側に回転移送Ｌ可能な螺旋羽根体１２ａ及び螺旋羽根体により回転移送された泥土を水路の側方位置に跳上排出する土跳上体１２ｂからなる排土ロータ１２を設け、排土ロータを水路内方位置と水路上方位置との間で揺動Ｒさせる揺動機構１４を設けてなる。【選択図】図４
WATER PATH DIGGING MACHINE
PROBLEM TO BE SOLVED: To provide a water path digging machine, in which, when a traveling machine travels along water path, mud in the water path is dug by a soil discharging mechanism and the mud is thrown up to be discharged to side position of the water path, as the mud accumulated in the water path may be dug and the mud may be thrown up to be discharged to the side position of the water path, the mud in the water path may be dug and removed easily.SOLUTION: A soil discharging mechanism 11 for digging mud (D) in water path (W) and throwing up the mud to discharge (Q) it to side position of the water path is arranged on a machine frame 9; a soil discharging rotor 12 consisting of a spiral blade body 12a which may dig mud in the water path and rotationally transport (L) it to a side of a traveling machine 1 and a soil throwing body 12b for throwing up and discharging the mud rotationally transported by the spiral blade body to the side position of the water path is arranged; and a swing mechanism 14 for swinging (R) the soil discharging rotor between a water path inside position and water path upper position is arranged.SELECTED DRAWING: Figure 4
【課題】走行機体を水路に沿って走行すると、排土機構により水路内の泥土は掘削されると共に泥土は水路の側方位置に跳上排出されることになり、水路内に堆積した泥土を掘削して泥土を水路の側方位置に跳上排出することができ、水路内の泥土を容易に掘削除去することができる。【解決手段】機枠体９に水路Ｗ内の泥土Ｄを掘削すると共に泥土を水路の側方位置に跳上排出Ｑする排土機構１１を設け、水路内の泥土を掘削して走行機体１側に回転移送Ｌ可能な螺旋羽根体１２ａ及び螺旋羽根体により回転移送された泥土を水路の側方位置に跳上排出する土跳上体１２ｂからなる排土ロータ１２を設け、排土ロータを水路内方位置と水路上方位置との間で揺動Ｒさせる揺動機構１４を設けてなる。【選択図】図４
WATER PATH DIGGING MACHINE
水路用掘削機
MINAGAWA ISAO (author) / MINAGAWA TOSHIO (author) / IIOKA TAKAYUKI (author) / TANAKA MASAFUMI (author)
2017-10-19
Patent
Electronic Resource
Japanese
IPC:
E02F
Baggern
,
DREDGING