A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses bridge bottom inspection equipment, which structurally comprises a moving seat, a lifting seat, a connecting rod, a climbing plate and an inspection platform, the bottom end of the lifting seat is fixedly connected to the center of the top end of the moving seat in an embedded mode, and the interior of the connecting rod is movably clamped to the outer portion of the periphery of the upper end of the lifting seat; the center of the interior of the upper end of the climbing plate is fixedly connected to the tail end of the outer side of the connecting rod in an embedded mode, and the outer side end of the inspection platform is welded to the lower end of the inner side of the climbing plate. When vortex wind entering the flow guide mechanism impacts the flow deflectors, the flexible connecting rings and the elastic balls between the connecting rings can block outward conduction of impact force received by the flow deflectors, and when the blades of the flow deflectors are impacted, torsional force caused by impact can be relieved through movable connection between the blades and the base. The vertical sheets on the surfaces of the blades can further straighten the vortex wind to prevent wind vibration caused by the vortex wind from obstructing platform connection.
本发明公开了一种用于桥梁底部的检查设备，其结构包括移动座、升降座、连接杆、爬升板、检查平台，升降座底端嵌固连接于移动座顶端中心处，连接杆内部活动卡合于升降座上端外围外部，爬升板上端内部中心处嵌固连接于连接杆外侧末端位置，检查平台外侧端焊接于爬升板内侧下端处位置，本发明通过导流机构将侧面吹来的涡流风引导进入内部而避免其对平台整体的冲击，进入导流机构的涡流风对导流片进行冲击时柔软的连接环以及连接环之间的弹球会使得导流片收到的冲击力向外传导受阻，并且导流片叶片在受冲击时会通过与底座的活动连接减缓冲击造成的扭转力，叶片表面的竖片还会进一步将涡流风进行调直，以免涡流风引起的风振对平台连接造成阻碍。
The invention discloses bridge bottom inspection equipment, which structurally comprises a moving seat, a lifting seat, a connecting rod, a climbing plate and an inspection platform, the bottom end of the lifting seat is fixedly connected to the center of the top end of the moving seat in an embedded mode, and the interior of the connecting rod is movably clamped to the outer portion of the periphery of the upper end of the lifting seat; the center of the interior of the upper end of the climbing plate is fixedly connected to the tail end of the outer side of the connecting rod in an embedded mode, and the outer side end of the inspection platform is welded to the lower end of the inner side of the climbing plate. When vortex wind entering the flow guide mechanism impacts the flow deflectors, the flexible connecting rings and the elastic balls between the connecting rings can block outward conduction of impact force received by the flow deflectors, and when the blades of the flow deflectors are impacted, torsional force caused by impact can be relieved through movable connection between the blades and the base. The vertical sheets on the surfaces of the blades can further straighten the vortex wind to prevent wind vibration caused by the vortex wind from obstructing platform connection.
本发明公开了一种用于桥梁底部的检查设备，其结构包括移动座、升降座、连接杆、爬升板、检查平台，升降座底端嵌固连接于移动座顶端中心处，连接杆内部活动卡合于升降座上端外围外部，爬升板上端内部中心处嵌固连接于连接杆外侧末端位置，检查平台外侧端焊接于爬升板内侧下端处位置，本发明通过导流机构将侧面吹来的涡流风引导进入内部而避免其对平台整体的冲击，进入导流机构的涡流风对导流片进行冲击时柔软的连接环以及连接环之间的弹球会使得导流片收到的冲击力向外传导受阻，并且导流片叶片在受冲击时会通过与底座的活动连接减缓冲击造成的扭转力，叶片表面的竖片还会进一步将涡流风进行调直，以免涡流风引起的风振对平台连接造成阻碍。