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A platform for research: civil engineering, architecture and urbanism
Hydropower station porous bulkhead gate and automatic opening and closing method thereof
The invention discloses a hydropower station porous bulkhead gate which comprises a gate body, a lifting lug is arranged at the top of the gate body, an elastically telescopic grabbing beam positioning assembly is arranged at the position, located on the outer side of the lifting lug, of the top of the gate body, and a grabbing beam guide frame is arranged at the position, located on the outer side of the grabbing beam positioning assembly, of the top of the gate body. The side wall of the gate body is provided with a locking block which is connected with the grabbing beam positioning assembly in an inserted mode in the vertical direction. According to the water conservancy gate, through the arrangement of the structure of the grabbing beam guide frame and the locking block which are connected in an inserted mode, the grabbing beam guide frame and the locking block can be connected in an inserted mode, a limiting structure which restricts each other is formed, disassembly, assembly and replacement operation is convenient, and even conduction and dispersion treatment can be conducted on acting force borne by a certain structure; and on the other hand, the grabbing beam positioning assembly can achieve buffering, damping and positioning effects on collision impact force generated by the grabbing beam mechanism, it is guaranteed that the grabbing beam mechanism can accurately grab the gate body, and the accuracy of grabbing beam operation is improved.
本发明公开了一种水电站多孔检修闸门，包括闸门本体：所述闸门本体的顶部设置有吊耳，所述闸门本体的顶部且位于吊耳的外侧设置有可弹性伸缩的抓梁定位组件，所述闸门本体的顶部位于抓梁定位组件的外侧设置有抓梁导向架，所述闸门本体的侧壁设置有与抓梁定位组件成垂直方向插接的锁定块。本发明中，该水利闸门通过设置的相互插接的抓梁导向架和锁定块结构，可以将抓梁导向架和锁定块进行相互插接，形成相互制约的限制结构，既方便拆装更换操作，也可以对某一结构受到的作用力进行均匀的传导分散处理，另一方面抓梁定位组件可以对抓梁机构产生的碰撞冲击力起到缓冲减震和定位作用，确保抓梁机构能够准确的抓取到闸门本体，提高抓梁操作的准确性。
Hydropower station porous bulkhead gate and automatic opening and closing method thereof
The invention discloses a hydropower station porous bulkhead gate which comprises a gate body, a lifting lug is arranged at the top of the gate body, an elastically telescopic grabbing beam positioning assembly is arranged at the position, located on the outer side of the lifting lug, of the top of the gate body, and a grabbing beam guide frame is arranged at the position, located on the outer side of the grabbing beam positioning assembly, of the top of the gate body. The side wall of the gate body is provided with a locking block which is connected with the grabbing beam positioning assembly in an inserted mode in the vertical direction. According to the water conservancy gate, through the arrangement of the structure of the grabbing beam guide frame and the locking block which are connected in an inserted mode, the grabbing beam guide frame and the locking block can be connected in an inserted mode, a limiting structure which restricts each other is formed, disassembly, assembly and replacement operation is convenient, and even conduction and dispersion treatment can be conducted on acting force borne by a certain structure; and on the other hand, the grabbing beam positioning assembly can achieve buffering, damping and positioning effects on collision impact force generated by the grabbing beam mechanism, it is guaranteed that the grabbing beam mechanism can accurately grab the gate body, and the accuracy of grabbing beam operation is improved.
本发明公开了一种水电站多孔检修闸门，包括闸门本体：所述闸门本体的顶部设置有吊耳，所述闸门本体的顶部且位于吊耳的外侧设置有可弹性伸缩的抓梁定位组件，所述闸门本体的顶部位于抓梁定位组件的外侧设置有抓梁导向架，所述闸门本体的侧壁设置有与抓梁定位组件成垂直方向插接的锁定块。本发明中，该水利闸门通过设置的相互插接的抓梁导向架和锁定块结构，可以将抓梁导向架和锁定块进行相互插接，形成相互制约的限制结构，既方便拆装更换操作，也可以对某一结构受到的作用力进行均匀的传导分散处理，另一方面抓梁定位组件可以对抓梁机构产生的碰撞冲击力起到缓冲减震和定位作用，确保抓梁机构能够准确的抓取到闸门本体，提高抓梁操作的准确性。
Hydropower station porous bulkhead gate and automatic opening and closing method thereof
一种水电站多孔检修闸门及其自动启闭方法
LI QIAN (author) / LAN YIHUA (author) / GE WEICONG (author) / YE YOUZHI (author) / SUN SHIWEI (author) / WANG JIANQING (author)
2023-07-04
Patent
Electronic Resource
Chinese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
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