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A platform for research: civil engineering, architecture and urbanism
Grabbing beam capable of automatically correcting deviation and entering groove
The invention relates to the technical field of hydraulic engineering equipment, in particular to an automatic deviation-rectifying groove-entering grabbing beam which comprises a driving component, a driving component, a driving component, a driving component, a driving component and a driving component, the driving component comprises a containing box, a motor arranged on the containing box, a rotating rod arranged on the motor, a rotating column arranged on the rotating rod and a spiral groove formed in the rotating column, and the spiral groove is formed in the driving component. The connecting block and the reciprocating component are arranged on the rotating column, the reciprocating component comprises a bottom plate, a sliding assembly arranged on the bottom plate, a moving box arranged on the bottom plate, a limiting assembly arranged on the sliding assembly and a reset assembly arranged on the bottom plate, and the reciprocating component is driven by the driving component and the reciprocating component. Adjustment of the linear position and the angle of the rotor wing can be achieved, adjustment of the angle of the grabbing beam frame by the rotor wing is enhanced, the grabbing beam component is further included, the rotor wing and a tilt angle sensor are arranged on the grabbing beam frame, and the purpose that the angle of a grabbing beam body is controlled to be parallel to the center line of a gate groove is achieved.
本发明涉及水利工程设备技术领域，特别是一种自动纠偏入槽抓梁，包括，驱动部件，其包括容纳箱，设置于所述容纳箱上的电机，设置于所述电机上的转动杆，设置于所述转动杆上的转动柱，设置于所述转动柱上的螺旋槽，设置于所述转动柱上的连接块，往复部件，其包括底板，设置于所述底板上的滑动组件，所述底板上设有移动盒，设置于所述滑动组件上的限位组件，以及设置于所述底板上的复位组件，通过驱动部件和往复部件，可以实现对旋翼线性位置的调整以及角度的调整，从而增强旋翼对抓梁架角度的调整，还包括抓梁部件，通过设置在抓梁架上设置旋翼和倾角传感器，达到操控抓梁体角度使其与门槽中心线平行的目的。
Grabbing beam capable of automatically correcting deviation and entering groove
The invention relates to the technical field of hydraulic engineering equipment, in particular to an automatic deviation-rectifying groove-entering grabbing beam which comprises a driving component, a driving component, a driving component, a driving component, a driving component and a driving component, the driving component comprises a containing box, a motor arranged on the containing box, a rotating rod arranged on the motor, a rotating column arranged on the rotating rod and a spiral groove formed in the rotating column, and the spiral groove is formed in the driving component. The connecting block and the reciprocating component are arranged on the rotating column, the reciprocating component comprises a bottom plate, a sliding assembly arranged on the bottom plate, a moving box arranged on the bottom plate, a limiting assembly arranged on the sliding assembly and a reset assembly arranged on the bottom plate, and the reciprocating component is driven by the driving component and the reciprocating component. Adjustment of the linear position and the angle of the rotor wing can be achieved, adjustment of the angle of the grabbing beam frame by the rotor wing is enhanced, the grabbing beam component is further included, the rotor wing and a tilt angle sensor are arranged on the grabbing beam frame, and the purpose that the angle of a grabbing beam body is controlled to be parallel to the center line of a gate groove is achieved.
本发明涉及水利工程设备技术领域，特别是一种自动纠偏入槽抓梁，包括，驱动部件，其包括容纳箱，设置于所述容纳箱上的电机，设置于所述电机上的转动杆，设置于所述转动杆上的转动柱，设置于所述转动柱上的螺旋槽，设置于所述转动柱上的连接块，往复部件，其包括底板，设置于所述底板上的滑动组件，所述底板上设有移动盒，设置于所述滑动组件上的限位组件，以及设置于所述底板上的复位组件，通过驱动部件和往复部件，可以实现对旋翼线性位置的调整以及角度的调整，从而增强旋翼对抓梁架角度的调整，还包括抓梁部件，通过设置在抓梁架上设置旋翼和倾角传感器，达到操控抓梁体角度使其与门槽中心线平行的目的。
Grabbing beam capable of automatically correcting deviation and entering groove
一种自动纠偏入槽抓梁
ZHU HENG (author) / WEN YONGBO (author) / LI YUAN (author) / ZHANG ZHIXIONG (author)
2023-10-31
Patent
Electronic Resource
Chinese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
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