A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Locking mechanism of wheel excavator
The invention discloses a locking mechanism of a wheel excavator, and belongs to the field of building machinery. A locking mechanism of a wheel excavator comprises a rotating part and a running part and further comprises a locking part, a soft bag part and a driving part which are located between the rotating part and the running part. The rotating part comprises a plurality of rotors fixedly arranged on the periphery of the rotating shaft; the locking part comprises a plurality of locking cavities which correspond to the rotor and are positioned on the outer side of the rotor; the soft capsule part comprises a soft capsule bag and a rigid top pill; the driving part presses the bag to deform, and the deformed bag drives the top pill to move; the bag is fixedly connected with the top ball, the top ball is connected into the locking cavity in a sliding mode, and the moving range of the top ball and the rotating range of the rotor are partially overlapped; in the overlapping state, the top balls abut against the rotor, the rotor loses the moving space, and the rotor stops rotating; real-time rotation stopping can be achieved, the rotation stopping effect is good, a driver is easy to operate, and getting-off is not needed.
本发明公开了一种轮式挖掘机的锁定机构，属于建筑机械领域。一种轮式挖掘机的锁定机构，包括回转部、行驶部，还包括位于回转部和行驶部之间的锁止部、柔囊部和驱动部；回转部包括多个固定设置于转动轴外周的转子；锁止部包括多个与转子对应且位于转子外侧的锁止腔；柔囊部包括柔性的囊袋和刚性的顶丸；驱动部压迫囊袋形变，形变的囊袋带动顶丸活动；囊袋与顶丸固定连接，顶丸滑动连接于锁止腔内，顶丸的活动范围与转子的转动范围具有部分重叠；在重叠状态下，顶丸与转子抵接，转子失去活动空间，转子止转；它可以实现实时止转，止转效果好，驾驶员操作简单，无需下车。
Locking mechanism of wheel excavator
The invention discloses a locking mechanism of a wheel excavator, and belongs to the field of building machinery. A locking mechanism of a wheel excavator comprises a rotating part and a running part and further comprises a locking part, a soft bag part and a driving part which are located between the rotating part and the running part. The rotating part comprises a plurality of rotors fixedly arranged on the periphery of the rotating shaft; the locking part comprises a plurality of locking cavities which correspond to the rotor and are positioned on the outer side of the rotor; the soft capsule part comprises a soft capsule bag and a rigid top pill; the driving part presses the bag to deform, and the deformed bag drives the top pill to move; the bag is fixedly connected with the top ball, the top ball is connected into the locking cavity in a sliding mode, and the moving range of the top ball and the rotating range of the rotor are partially overlapped; in the overlapping state, the top balls abut against the rotor, the rotor loses the moving space, and the rotor stops rotating; real-time rotation stopping can be achieved, the rotation stopping effect is good, a driver is easy to operate, and getting-off is not needed.
本发明公开了一种轮式挖掘机的锁定机构，属于建筑机械领域。一种轮式挖掘机的锁定机构，包括回转部、行驶部，还包括位于回转部和行驶部之间的锁止部、柔囊部和驱动部；回转部包括多个固定设置于转动轴外周的转子；锁止部包括多个与转子对应且位于转子外侧的锁止腔；柔囊部包括柔性的囊袋和刚性的顶丸；驱动部压迫囊袋形变，形变的囊袋带动顶丸活动；囊袋与顶丸固定连接，顶丸滑动连接于锁止腔内，顶丸的活动范围与转子的转动范围具有部分重叠；在重叠状态下，顶丸与转子抵接，转子失去活动空间，转子止转；它可以实现实时止转，止转效果好，驾驶员操作简单，无需下车。
Locking mechanism of wheel excavator
一种轮式挖掘机的锁定机构
WANG YIQUN (author) / YAN SONGFA (author)
2022-03-18
Patent
Electronic Resource
Chinese
IPC:
E02F
Baggern
,
DREDGING
Landing leg locking anti-misoperation system of wheel excavator
| European Patent Office | 2021