A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses an excavator bucket device capable of saving more labor. The excavator bucket device comprises a bucket body. Two connecting plates are connected to the top wall of the bucketbody in front-and-back symmetry. A bucket trough with an opening being leftward is arranged on the left end wall of the bucket body. The bottom end of the left end of the bucket trough is connected with a base blade. Four flow guide blocks are evenly arranged on the bottom wall of the bucket body front and back. Three first sliding troughs with openings being leftward are evenly arranged on the left end wall of the bottom of the bucket body front and back. A spiral loose stirring mechanism is arranged in each first sliding trough. Two blocking doors are arranged on the left end wall of each first sliding trough in front-and-back symmetry. The rear end wall of the blocking door on the front side of each first sliding trough is connected with a sealing sheet, and a second sliding trough withan opening being forward is arranged on the front end wall of the blocking door on the back side of each first sliding trough. The second sliding troughs are in sliding connection with the sealing sheets. Side plate cleaning and bonding mechanisms are symmetrically arranged on the front side and the back side of the bucket trough. A bottom plate vibration anti-bonding mechanism is arranged on thelower side of the bucket trough. Clods in front of the bucket can be loosened constantly when soil is shoveled, and therefore more labor is saved by excavation operation, clods bonded to the bucket wall can be cleared away in time, and accumulation is avoided.
本发明公开了一种更为省力的挖掘机铲斗装置，包括铲斗斗体，铲斗斗体顶壁前后对称连接有两个连接板，铲斗斗体左端壁设置有开口向左的铲斗斗槽，铲斗斗槽左端底壁连接有基刃，铲斗斗体底壁前后均匀设置有六个导流块，铲斗斗体底部左端壁前后均匀设置有三个开口向左的第一滑槽，第一滑槽内设置有螺旋搅松机构，第一滑槽左端壁前后对称设置有两块挡门，前侧挡门后端壁连接有密封片，后侧挡门前端壁设置有开口向前的第二滑槽，第二滑槽与密封片滑动连接，铲斗斗槽前后侧对称设置有侧板清理粘结机构，铲斗斗槽下侧设置有底板振动防粘结机构，能够在铲土时不断疏松斗前泥块，从而使挖掘操作更为省力，能及时清理斗壁上粘结的土块避免堆积。
The invention discloses an excavator bucket device capable of saving more labor. The excavator bucket device comprises a bucket body. Two connecting plates are connected to the top wall of the bucketbody in front-and-back symmetry. A bucket trough with an opening being leftward is arranged on the left end wall of the bucket body. The bottom end of the left end of the bucket trough is connected with a base blade. Four flow guide blocks are evenly arranged on the bottom wall of the bucket body front and back. Three first sliding troughs with openings being leftward are evenly arranged on the left end wall of the bottom of the bucket body front and back. A spiral loose stirring mechanism is arranged in each first sliding trough. Two blocking doors are arranged on the left end wall of each first sliding trough in front-and-back symmetry. The rear end wall of the blocking door on the front side of each first sliding trough is connected with a sealing sheet, and a second sliding trough withan opening being forward is arranged on the front end wall of the blocking door on the back side of each first sliding trough. The second sliding troughs are in sliding connection with the sealing sheets. Side plate cleaning and bonding mechanisms are symmetrically arranged on the front side and the back side of the bucket trough. A bottom plate vibration anti-bonding mechanism is arranged on thelower side of the bucket trough. Clods in front of the bucket can be loosened constantly when soil is shoveled, and therefore more labor is saved by excavation operation, clods bonded to the bucket wall can be cleared away in time, and accumulation is avoided.
本发明公开了一种更为省力的挖掘机铲斗装置，包括铲斗斗体，铲斗斗体顶壁前后对称连接有两个连接板，铲斗斗体左端壁设置有开口向左的铲斗斗槽，铲斗斗槽左端底壁连接有基刃，铲斗斗体底壁前后均匀设置有六个导流块，铲斗斗体底部左端壁前后均匀设置有三个开口向左的第一滑槽，第一滑槽内设置有螺旋搅松机构，第一滑槽左端壁前后对称设置有两块挡门，前侧挡门后端壁连接有密封片，后侧挡门前端壁设置有开口向前的第二滑槽，第二滑槽与密封片滑动连接，铲斗斗槽前后侧对称设置有侧板清理粘结机构，铲斗斗槽下侧设置有底板振动防粘结机构，能够在铲土时不断疏松斗前泥块，从而使挖掘操作更为省力，能及时清理斗壁上粘结的土块避免堆积。
| European Patent Office | 2022