A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Scaffold for installation and maintenance of mountain photovoltaic power station
The invention belongs to the field of scaffolds, and particularly relates to a scaffold for mounting and maintaining a mountain photovoltaic power station, which comprises vertical rods A, cross rods, connecting rods, lock mechanisms, cylinders, universal wheels, vertical rods B, guardrails A, guardrails B, a platform, arc rods B and arc rods C. Two pairs of connecting rods are hinged between the two pairs of vertical rods A which are fixedly connected through two parallel cross rods, and the two pairs of connecting rods enable the two pairs of vertical rods A to be overlapped in parallel; and the outer sides of the pair of vertical rods A are provided with structures for preventing the vertical rods A from toppling under the traction of the photovoltaic panel bracket. According to the invention, the inclined rods driven by the worm and gear on the cylinders at the lower ends of the four vertical rods A can effectively adapt to complex terrains to complete effective and stable support of the four foot plates, so that the platform can be kept in a horizontal state on the complex terrains; according to the invention, the pull rope A which is hooked on the photovoltaic panel bracket and can move around the vertical central axis of the photovoltaic panel bracket is used for preventing the photovoltaic panel bracket from toppling on a complex terrain due to suspension of a certain foot plate.
本发明属于脚手架领域，尤其涉及一种山地光伏电站安装、维修用脚手架，它包括竖杆A、横杆、连杆、锁机构、圆柱、万向轮、竖杆B、护栏A、护栏B、平台、弧杆B、弧杆C，其中分别通过两个平行横杆固连的两对竖杆A之间铰接有使两者可平行叠合的两对连杆，一对竖杆A外侧具有在光伏板支架牵拉下防止其倾倒的结构。本发明通过四个竖杆A下端圆柱上被涡轮蜗杆驱动的斜杆可以有效适应复杂地形完成四个脚板的有效平稳支撑，使得本发明的平台在复杂地形上可以保持水平状态，同时，本发明通过钩挂于光伏板支架上且可绕本发明的竖直中心轴线移动的拉绳A来阻止本发明在复杂地形上因某个脚板悬空而发生的倾倒。
Scaffold for installation and maintenance of mountain photovoltaic power station
The invention belongs to the field of scaffolds, and particularly relates to a scaffold for mounting and maintaining a mountain photovoltaic power station, which comprises vertical rods A, cross rods, connecting rods, lock mechanisms, cylinders, universal wheels, vertical rods B, guardrails A, guardrails B, a platform, arc rods B and arc rods C. Two pairs of connecting rods are hinged between the two pairs of vertical rods A which are fixedly connected through two parallel cross rods, and the two pairs of connecting rods enable the two pairs of vertical rods A to be overlapped in parallel; and the outer sides of the pair of vertical rods A are provided with structures for preventing the vertical rods A from toppling under the traction of the photovoltaic panel bracket. According to the invention, the inclined rods driven by the worm and gear on the cylinders at the lower ends of the four vertical rods A can effectively adapt to complex terrains to complete effective and stable support of the four foot plates, so that the platform can be kept in a horizontal state on the complex terrains; according to the invention, the pull rope A which is hooked on the photovoltaic panel bracket and can move around the vertical central axis of the photovoltaic panel bracket is used for preventing the photovoltaic panel bracket from toppling on a complex terrain due to suspension of a certain foot plate.
本发明属于脚手架领域，尤其涉及一种山地光伏电站安装、维修用脚手架，它包括竖杆A、横杆、连杆、锁机构、圆柱、万向轮、竖杆B、护栏A、护栏B、平台、弧杆B、弧杆C，其中分别通过两个平行横杆固连的两对竖杆A之间铰接有使两者可平行叠合的两对连杆，一对竖杆A外侧具有在光伏板支架牵拉下防止其倾倒的结构。本发明通过四个竖杆A下端圆柱上被涡轮蜗杆驱动的斜杆可以有效适应复杂地形完成四个脚板的有效平稳支撑，使得本发明的平台在复杂地形上可以保持水平状态，同时，本发明通过钩挂于光伏板支架上且可绕本发明的竖直中心轴线移动的拉绳A来阻止本发明在复杂地形上因某个脚板悬空而发生的倾倒。
Scaffold for installation and maintenance of mountain photovoltaic power station
一种山地光伏电站安装、维修用脚手架
XIE QINGHUA (author) / LI JIAN (author) / ZHANG LU (author) / WANG QIUHUI (author) / ZHANG TING (author)
2023-06-30
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
| European Patent Office | 2024
Construction technology of photovoltaic power station in complex mountain terrain
| European Patent Office | 2023
Installation method of color steel tile photovoltaic power station
| European Patent Office | 2022
SCAFFOLD INSTALLATION METHOD AND SCAFFOLD INSTALLATION STRUCTURE
| European Patent Office | 2019