Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention provides an operation frame platform facility for building elevator construction, and relates to the technical field of elevator construction. The operation frame platform facility comprises movable supporting rods and a construction supporting plate; a driving mechanism A is connected to the bottom of a base, and the driving mechanism A is connected with a hand wheel; the movable supporting rods are arranged at the left and right positions, and the movable supporting rods are connected to the bottom side of the base; and the construction supporting plate is of a net-plate-shaped structure, and the construction supporting plate is installed at the top of the base through a telescopic lifting frame. According to the operation frame platform facility, a double-thread screw is driven by a driving shaft to rotate and adjust, the double-thread screw drives a front driving block and a rear driving block to synchronously slide inwards and adjust, the spacing distance between the front driving block and the rear driving block is reduced, so that the left movable supporting rod and the right movable supporting rod are driven by a supporting connecting rod to slide outwards and adjust, inserting columns on the outer sides of the movable supporting rods are inserted into construction supporting grooves formed in the left side and the right side of an elevator shaft in advance in a sliding mode, the effect of supporting the two ends of the bottom side of the base is achieved, and the construction requirements of elevator shafts with different widths are better met.
本发明提供一种建筑电梯施工的操作架平台设施，涉及电梯施工技术领域，包括活动支撑杆和施工支撑板；所述底座底部连接有驱动机构A，且驱动机构A与手轮相连；所述活动支撑杆设置有左右两处，且活动支撑杆连接在底座底侧；所述施工支撑板为网板状结构，施工支撑板通过伸缩升降架安装在底座顶部；本发明通过驱动轴带动双头螺杆转动调节，双头螺杆带动前后两处驱动块同步向内滑动调节，缩小前后两处驱动块间隔距离，从而通过支撑连杆带动左右两处活动支撑杆向外滑动调节，使活动支撑杆外侧插柱滑动安插于电梯井左右两侧预先开设的施工支撑槽内，起到对底座底侧两端支撑的效果，更好的满足于不同宽度电梯井施工所需。
The invention provides an operation frame platform facility for building elevator construction, and relates to the technical field of elevator construction. The operation frame platform facility comprises movable supporting rods and a construction supporting plate; a driving mechanism A is connected to the bottom of a base, and the driving mechanism A is connected with a hand wheel; the movable supporting rods are arranged at the left and right positions, and the movable supporting rods are connected to the bottom side of the base; and the construction supporting plate is of a net-plate-shaped structure, and the construction supporting plate is installed at the top of the base through a telescopic lifting frame. According to the operation frame platform facility, a double-thread screw is driven by a driving shaft to rotate and adjust, the double-thread screw drives a front driving block and a rear driving block to synchronously slide inwards and adjust, the spacing distance between the front driving block and the rear driving block is reduced, so that the left movable supporting rod and the right movable supporting rod are driven by a supporting connecting rod to slide outwards and adjust, inserting columns on the outer sides of the movable supporting rods are inserted into construction supporting grooves formed in the left side and the right side of an elevator shaft in advance in a sliding mode, the effect of supporting the two ends of the bottom side of the base is achieved, and the construction requirements of elevator shafts with different widths are better met.
本发明提供一种建筑电梯施工的操作架平台设施，涉及电梯施工技术领域，包括活动支撑杆和施工支撑板；所述底座底部连接有驱动机构A，且驱动机构A与手轮相连；所述活动支撑杆设置有左右两处，且活动支撑杆连接在底座底侧；所述施工支撑板为网板状结构，施工支撑板通过伸缩升降架安装在底座顶部；本发明通过驱动轴带动双头螺杆转动调节，双头螺杆带动前后两处驱动块同步向内滑动调节，缩小前后两处驱动块间隔距离，从而通过支撑连杆带动左右两处活动支撑杆向外滑动调节，使活动支撑杆外侧插柱滑动安插于电梯井左右两侧预先开设的施工支撑槽内，起到对底座底侧两端支撑的效果，更好的满足于不同宽度电梯井施工所需。
Elevator shaft lifting construction protection operation platform
| Europäisches Patentamt | 2022
Elevator shaft operation platform and construction method thereof
| Europäisches Patentamt | 2021