Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
WATER PATH DIGGING MACHINE
PROBLEM TO BE SOLVED: To provide a water path digging machine, in which, since an attachment frame is connected to a traveling machine with a connection mechanism, a machine frame is arranged on the attachment frame in a guide movable manner in lateral direction relatively to traveling direction of the traveling machine with a traveling guide mechanism, and the machine frame comprises a soil discharging mechanism for digging mud on water path and throwing up the mud to discharge it to side position of the water path, when the traveling guide mechanism places the soil discharging mechanism on the water path, such as irrigation ditch of a cultivated field or a water discharge path and the traveling machine travels along the water path, the soil discharging mechanism digs mud in the water path and throws up the mud to discharge it to the side position of the water path, therefore mud accumulated in the water path may be dug and the mud is thrown up and discharged to the side position of the water path.SOLUTION: An attachment frame 3 is connected to a traveling machine 1 with a connection mechanism 2; a machine frame 9 is arranged on the attachment frame in a guide movable manner in lateral direction relatively to traveling direction of the traveling machine with a traveling guide mechanism 10; and a soil discharging mechanism 11 for digging mud (D) in a water path (W) and throwing up the mud to discharge (Q) it to side position of the water path is arranged on the machine frame.SELECTED DRAWING: Figure 4
【課題】走行機体に連結機構により取付枠体が連結され、取付枠体に機枠体を移動案内機構により走行機体の進行方向に対して左右方向に案内移動自在に設け、機枠体に水路内の泥土を掘削すると共に泥土を水路の側方位置に跳上排出する排土機構を設けているから、圃場の用水路や排水路等の水路に移動案内機構により排土機構を配置し、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る。【解決手段】走行機体１に連結機構２により取付枠体３を連結し、取付枠体に機枠体９を移動案内機構１０により走行機体の進行方向に対して左右方向に案内移動自在に設け、機枠体に水路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, since an attachment frame is connected to a traveling machine with a connection mechanism, a machine frame is arranged on the attachment frame in a guide movable manner in lateral direction relatively to traveling direction of the traveling machine with a traveling guide mechanism, and the machine frame comprises a soil discharging mechanism for digging mud on water path and throwing up the mud to discharge it to side position of the water path, when the traveling guide mechanism places the soil discharging mechanism on the water path, such as irrigation ditch of a cultivated field or a water discharge path and the traveling machine travels along the water path, the soil discharging mechanism digs mud in the water path and throws up the mud to discharge it to the side position of the water path, therefore mud accumulated in the water path may be dug and the mud is thrown up and discharged to the side position of the water path.SOLUTION: An attachment frame 3 is connected to a traveling machine 1 with a connection mechanism 2; a machine frame 9 is arranged on the attachment frame in a guide movable manner in lateral direction relatively to traveling direction of the traveling machine with a traveling guide mechanism 10; and a soil discharging mechanism 11 for digging mud (D) in a water path (W) and throwing up the mud to discharge (Q) it to side position of the water path is arranged on the machine frame.SELECTED DRAWING: Figure 4
【課題】走行機体に連結機構により取付枠体が連結され、取付枠体に機枠体を移動案内機構により走行機体の進行方向に対して左右方向に案内移動自在に設け、機枠体に水路内の泥土を掘削すると共に泥土を水路の側方位置に跳上排出する排土機構を設けているから、圃場の用水路や排水路等の水路に移動案内機構により排土機構を配置し、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る。【解決手段】走行機体１に連結機構２により取付枠体３を連結し、取付枠体に機枠体９を移動案内機構１０により走行機体の進行方向に対して左右方向に案内移動自在に設け、機枠体に水路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を設けてなる。【選択図】図４
WATER PATH DIGGING MACHINE
水路用掘削機
MINAGAWA ISAO (Autor:in) / MINAGAWA TOSHIO (Autor:in) / IIOKA TAKAYUKI (Autor:in) / TANAKA MASAFUMI (Autor:in)
19.10.2017
Patent
Elektronische Ressource
Japanisch
IPC:
E02F
Baggern
,
DREDGING