A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
HYDRAULIC DRIVING DEVICE
To provide a hydraulic driving device that can reduce energy loss when supplying/discharging hydraulic oil to/from a crushing cylinder.SOLUTION: A hydraulic circuit 5 comprises a crusher 9 including a first main cylinder 16A, a hydraulic pump 25, a control valve 23, a remote control valve 50 for receiving opening operation and closing operation of the crusher 9, a pressure sensor 29, a first switching valve 28, and a second switching valve 35. When the remote control valve 50 receives the opening operation or low-load closing operation, the first switching valve 28 switches to a position 28A, and the second switching valve 35 switches to a position 35A. When the remote control valve 50 receives high-load closing operation, the first switching valve 28 switches to a position 28B, and the second switching valve 35 switches to the position 35A. When no operation is performed, the second switching valve 35 switches to a position 35B.SELECTED DRAWING: Figure 5
【課題】破砕用シリンダに作動油を給排するときのエネルギ損失を低減することができる油圧駆動装置を提供する【解決手段】油圧回路５は、第１メインシリンダ１６Ａを含む破砕機９と、油圧ポンプ２５と、コントロールバルブ２３と、破砕機９の開き操作および閉じ操作を受けるリモコン弁５０と、圧力センサ２９と、第１切換弁２８と、第２切換弁３５と、を有する。リモコン弁５０が開き操作または低負荷閉じ操作を受けると、第１切換弁２８が位置２８Ａに切換り第２切換弁３５が位置３５Ａに切換る。リモコン弁５０が高負荷閉じ操作を受けると、第１切換弁２８が位置２８Ｂに切換り第２切換弁３５が位置３５Ａに切換る。非操作時には、第２切換弁３５が位置３５Ｂに切換る。【選択図】図５
HYDRAULIC DRIVING DEVICE
To provide a hydraulic driving device that can reduce energy loss when supplying/discharging hydraulic oil to/from a crushing cylinder.SOLUTION: A hydraulic circuit 5 comprises a crusher 9 including a first main cylinder 16A, a hydraulic pump 25, a control valve 23, a remote control valve 50 for receiving opening operation and closing operation of the crusher 9, a pressure sensor 29, a first switching valve 28, and a second switching valve 35. When the remote control valve 50 receives the opening operation or low-load closing operation, the first switching valve 28 switches to a position 28A, and the second switching valve 35 switches to a position 35A. When the remote control valve 50 receives high-load closing operation, the first switching valve 28 switches to a position 28B, and the second switching valve 35 switches to the position 35A. When no operation is performed, the second switching valve 35 switches to a position 35B.SELECTED DRAWING: Figure 5
【課題】破砕用シリンダに作動油を給排するときのエネルギ損失を低減することができる油圧駆動装置を提供する【解決手段】油圧回路５は、第１メインシリンダ１６Ａを含む破砕機９と、油圧ポンプ２５と、コントロールバルブ２３と、破砕機９の開き操作および閉じ操作を受けるリモコン弁５０と、圧力センサ２９と、第１切換弁２８と、第２切換弁３５と、を有する。リモコン弁５０が開き操作または低負荷閉じ操作を受けると、第１切換弁２８が位置２８Ａに切換り第２切換弁３５が位置３５Ａに切換る。リモコン弁５０が高負荷閉じ操作を受けると、第１切換弁２８が位置２８Ｂに切換り第２切換弁３５が位置３５Ａに切換る。非操作時には、第２切換弁３５が位置３５Ｂに切換る。【選択図】図５
HYDRAULIC DRIVING DEVICE
油圧駆動装置
SUGANO NAOKI (author) / MAEDA KENGO (author)
2019-12-19
Patent
Electronic Resource
Japanese