Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Large-span inverted-hanging type transverse pulling gate structure
The invention discloses a large-span inverted-hanging type transverse pulling gate structure. The large-span inverted-hanging type transverse pulling gate structure comprises a gate bottom plate, a left gate pier, a right gate pier, a gate chamber, an inverted-hanging type cross beam, a gate body and a gate opening and closing device, wherein the gate bottom plate is constructed below a bridge deck slab; the left gate pier and the right gate pier are constructed below the bridge deck slab and positioned on the left side and the right side of the gate bottom plate, and the lower plate face of the bridge deck slab is supported on the left gate pier and the right gate pier through the left gate pier and the right gate pier correspondingly; the gate chamber is constructed below the bridge deckslab and positioned on the bank edge of one side of the gate bottom plate; the inverted-hanging type cross beam is horizontally arranged on the lower plate face of the bridge deck slab and extends inthe direction perpendicular to the water flow direction; the gate body is slidably hung on the inverted-hanging type cross beam; and the gate opening and closing device is used for driving the gate body to slide along the inverted-hanging type cross beam. According to the large-span inverted-hanging type transverse pulling gate structure, horizontal supporting stress is converted into vertical supporting stress, the stress characteristic of a gate can be optimized, and the large-span inverted-hanging type transverse pulling gate structure can be suitable for large-span water gate engineering
本发明公开的一种大跨度倒挂式横拉闸门结构，包括：构筑在桥面板下方的闸门底板；构筑在所述桥面板下方且位于所述闸门底板的左、右侧的左、右闸墩，所述桥面板的下板面分别通过左、右桥墩支撑在所述左、右闸墩上；构筑在所述桥面板下方且位于所述闸门底板的一侧岸边处的门库；水平设置在所述桥面板的下板面上且沿垂直于水流方向延伸的倒挂式横梁；滑动悬挂在所述倒挂式横梁上的闸门门体；以及用于驱动所述闸门门体沿着所述倒挂式横梁进行滑移的闸门启闭设备。本发明将水平向支承受力转换为垂向支承受力，能够优化闸门的受力特性，可适用于大跨度水闸工程。
Large-span inverted-hanging type transverse pulling gate structure
The invention discloses a large-span inverted-hanging type transverse pulling gate structure. The large-span inverted-hanging type transverse pulling gate structure comprises a gate bottom plate, a left gate pier, a right gate pier, a gate chamber, an inverted-hanging type cross beam, a gate body and a gate opening and closing device, wherein the gate bottom plate is constructed below a bridge deck slab; the left gate pier and the right gate pier are constructed below the bridge deck slab and positioned on the left side and the right side of the gate bottom plate, and the lower plate face of the bridge deck slab is supported on the left gate pier and the right gate pier through the left gate pier and the right gate pier correspondingly; the gate chamber is constructed below the bridge deckslab and positioned on the bank edge of one side of the gate bottom plate; the inverted-hanging type cross beam is horizontally arranged on the lower plate face of the bridge deck slab and extends inthe direction perpendicular to the water flow direction; the gate body is slidably hung on the inverted-hanging type cross beam; and the gate opening and closing device is used for driving the gate body to slide along the inverted-hanging type cross beam. According to the large-span inverted-hanging type transverse pulling gate structure, horizontal supporting stress is converted into vertical supporting stress, the stress characteristic of a gate can be optimized, and the large-span inverted-hanging type transverse pulling gate structure can be suitable for large-span water gate engineering
本发明公开的一种大跨度倒挂式横拉闸门结构，包括：构筑在桥面板下方的闸门底板；构筑在所述桥面板下方且位于所述闸门底板的左、右侧的左、右闸墩，所述桥面板的下板面分别通过左、右桥墩支撑在所述左、右闸墩上；构筑在所述桥面板下方且位于所述闸门底板的一侧岸边处的门库；水平设置在所述桥面板的下板面上且沿垂直于水流方向延伸的倒挂式横梁；滑动悬挂在所述倒挂式横梁上的闸门门体；以及用于驱动所述闸门门体沿着所述倒挂式横梁进行滑移的闸门启闭设备。本发明将水平向支承受力转换为垂向支承受力，能够优化闸门的受力特性，可适用于大跨度水闸工程。
Large-span inverted-hanging type transverse pulling gate structure
一种大跨度倒挂式横拉闸门结构
TIAN LIYONG (Autor:in) / SI PENGFEI (Autor:in) / JI YONGXING (Autor:in) / HUANG WEI (Autor:in)
04.09.2020
Patent
Elektronische Ressource
Chinesisch
Large-span liftable top rail upside-down transverse pulling type water gate
| Europäisches Patentamt | 2021
| Europäisches Patentamt | 2024
LARGE-SPAN RIGID HANGING CURTAIN WALL STRUCTURE SYSTEM
| Europäisches Patentamt | 2022
Large-span hanging type glass curtain wall installation method
| Europäisches Patentamt | 2021
Pulling frame for large-span steel structure cantilever construction
| Europäisches Patentamt | 2022