A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Suspended vibrating robot for building platform
The invention discloses a suspension vibrating robot for a building platform, and particularly relates to the technical field of building platforms, the suspension vibrating robot comprises a truss, the outer wall of the truss is movably connected with a suspension connecting system, the bottom of the suspension connecting system is provided with an adjusting structure, and the bottom of the adjusting structure is provided with a power system. One side of the power system is fixedly connected with an intelligent control system, the suspension vibration robot is installed on a suspension framework in a suspended mode through an adjusting structure and a suspension connecting system to be in an air state, a zero-pressure operation mode is conducted on a concrete operation face, concrete is not disturbed and is not pressurized, the concrete quality is guaranteed, programs are intelligently set, fixed-line vibration is conducted, and the operation efficiency is improved. Full-coverage vibration-leakage-free and constant-speed vibration is achieved, the optimal vibration state of concrete is achieved, and over-vibration and under-vibration are prevented; and through a mechanical power system, the construction efficiency is improved, full-automatic intelligent construction is achieved, manpower and cost are saved, construction is unmanned, and safety is improved.
本发明公开了用于造楼平台的悬挂振捣机器人，具体涉及建筑造楼平台技术领域，包括桁架，所述桁架的外壁活动连接有悬挂连接系统，所述悬挂连接系统的底部设置有调节结构，所述调节结构的底部设置有动力系统，所述动力系统的一侧固定连接有智能控制系统，通过调节结构、悬挂连接系统使得悬挂振捣机器人吊挂安装在悬挂架构上处于“空中”状态，对混凝土作业面“零压力”作业模式，对混凝土无扰动、无压力，保证混凝土质量，智能设定程序，定线振捣，实现全覆盖无漏振，定速振捣，实现混凝土最佳振捣状态，防止过振和欠振；通过机械动力系统，提高施工效率，全自动化智能化施工，节省人力，节约成本，施工无人化，提高安全性。
Suspended vibrating robot for building platform
The invention discloses a suspension vibrating robot for a building platform, and particularly relates to the technical field of building platforms, the suspension vibrating robot comprises a truss, the outer wall of the truss is movably connected with a suspension connecting system, the bottom of the suspension connecting system is provided with an adjusting structure, and the bottom of the adjusting structure is provided with a power system. One side of the power system is fixedly connected with an intelligent control system, the suspension vibration robot is installed on a suspension framework in a suspended mode through an adjusting structure and a suspension connecting system to be in an air state, a zero-pressure operation mode is conducted on a concrete operation face, concrete is not disturbed and is not pressurized, the concrete quality is guaranteed, programs are intelligently set, fixed-line vibration is conducted, and the operation efficiency is improved. Full-coverage vibration-leakage-free and constant-speed vibration is achieved, the optimal vibration state of concrete is achieved, and over-vibration and under-vibration are prevented; and through a mechanical power system, the construction efficiency is improved, full-automatic intelligent construction is achieved, manpower and cost are saved, construction is unmanned, and safety is improved.
本发明公开了用于造楼平台的悬挂振捣机器人，具体涉及建筑造楼平台技术领域，包括桁架，所述桁架的外壁活动连接有悬挂连接系统，所述悬挂连接系统的底部设置有调节结构，所述调节结构的底部设置有动力系统，所述动力系统的一侧固定连接有智能控制系统，通过调节结构、悬挂连接系统使得悬挂振捣机器人吊挂安装在悬挂架构上处于“空中”状态，对混凝土作业面“零压力”作业模式，对混凝土无扰动、无压力，保证混凝土质量，智能设定程序，定线振捣，实现全覆盖无漏振，定速振捣，实现混凝土最佳振捣状态，防止过振和欠振；通过机械动力系统，提高施工效率，全自动化智能化施工，节省人力，节约成本，施工无人化，提高安全性。
Suspended vibrating robot for building platform
用于造楼平台的悬挂振捣机器人
WANG XIUJUN (author) / LIU CHENGLIN (author) / YIN GUANGHUA (author) / DING HAO (author) / REN SIHAO (author) / HUCOT (author) / HUANG YUNCHANG (author) / MA XINXU (author) / JIA PENG (author) / BAO XINYU (author)
2024-10-25
Patent
Electronic Resource
Chinese
Building suspended ceiling lifting platform convenient to move
| European Patent Office | 2022