A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Mobile operation platform
The invention discloses a movable operation platform which comprises at least two pairs of platform annular plates used for being arranged on a bearing beam in a sleeving mode, each pair of platform annular plates is provided with a sleeving frame, the rear portion of each pair of sleeving frames is provided with an opening and closing driving mechanism, the opening and closing driving mechanism is used for driving each pair of sleeving frames to be opened and closed, and the sleeving frames are further provided with limiting and fixing mechanisms. The limiting and fixing mechanism is used for stabilizing the platform annular plate and the sleeve frame on the bearing beam; side covers are arranged on one sides of the platform annular plates in a sleeving mode, sliding plates are connected to one sides of the side covers, the sliding plates are sleeved with platform lifting plates, rotation driving mechanisms are arranged on the side covers and used for driving the sliding plates and the platform lifting plates to rotate along the outer edges of the platform annular plates, and telescopic driving mechanisms are arranged at the bottoms of the sliding plates and the bottoms of the platform lifting plates. The device is more suitable for carrying out surface construction on the four side surfaces of a bearing beam and the bottom of a frame beam by standing on the device, and the construction position can be more flexibly replaced when the construction position needs to be adjusted.
本发明公开了移动操作平台，包括至少两对用于套设在承重梁上的平台环板，每对平台环板上均设置有套框，每对套框的后部设置有开合驱动机构，开合驱动机构用于驱动每对套框开合动作，而套框上还设置有限固机构，限固机构用于将平台环板和套框稳固在承重梁上的；平台环板的一侧均套设有侧罩，侧罩的一侧均连接有滑动板且滑动板上套设有挑台板，侧罩上设置有驱旋机构，驱旋机构用于驱动滑动板和挑台板沿着平台环板外缘旋转，滑动板和挑台板的底部设置有伸缩驱动机构。更加适应对站在其上面对承重梁四侧表面以及框架梁底部实施表面施工，并且需要调节施工位置时，能够更加灵活的更换施工位置。
Mobile operation platform
The invention discloses a movable operation platform which comprises at least two pairs of platform annular plates used for being arranged on a bearing beam in a sleeving mode, each pair of platform annular plates is provided with a sleeving frame, the rear portion of each pair of sleeving frames is provided with an opening and closing driving mechanism, the opening and closing driving mechanism is used for driving each pair of sleeving frames to be opened and closed, and the sleeving frames are further provided with limiting and fixing mechanisms. The limiting and fixing mechanism is used for stabilizing the platform annular plate and the sleeve frame on the bearing beam; side covers are arranged on one sides of the platform annular plates in a sleeving mode, sliding plates are connected to one sides of the side covers, the sliding plates are sleeved with platform lifting plates, rotation driving mechanisms are arranged on the side covers and used for driving the sliding plates and the platform lifting plates to rotate along the outer edges of the platform annular plates, and telescopic driving mechanisms are arranged at the bottoms of the sliding plates and the bottoms of the platform lifting plates. The device is more suitable for carrying out surface construction on the four side surfaces of a bearing beam and the bottom of a frame beam by standing on the device, and the construction position can be more flexibly replaced when the construction position needs to be adjusted.
本发明公开了移动操作平台，包括至少两对用于套设在承重梁上的平台环板，每对平台环板上均设置有套框，每对套框的后部设置有开合驱动机构，开合驱动机构用于驱动每对套框开合动作，而套框上还设置有限固机构，限固机构用于将平台环板和套框稳固在承重梁上的；平台环板的一侧均套设有侧罩，侧罩的一侧均连接有滑动板且滑动板上套设有挑台板，侧罩上设置有驱旋机构，驱旋机构用于驱动滑动板和挑台板沿着平台环板外缘旋转，滑动板和挑台板的底部设置有伸缩驱动机构。更加适应对站在其上面对承重梁四侧表面以及框架梁底部实施表面施工，并且需要调节施工位置时，能够更加灵活的更换施工位置。
Mobile operation platform
移动操作平台
LI ZHIHUI (author) / LIU LIHUI (author) / ZHANG MINGMING (author) / YE HONG (author) / SHANG PENG (author) / ZHAO YAN (author) / LI HAORAN (author) / WANG WEI (author) / ZHANG HONGWEI (author) / WANG XIGUANG (author)
2023-10-24
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
Mobile operation platform for bridge and mounting method of mobile operation platform
| European Patent Office | 2024