A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Superimposed elevator system
The invention discloses a superimposed elevator system, and belongs to the technical field of constructional engineering. The superimposed elevator system comprises two rows of telescopic mechanisms, a driving mechanism and superimposed lift car platforms, each telescopic mechanism comprises at least one telescopic sleeve, each telescopic sleeve comprises a plurality of connecting rods which are nested in sequence, and every two adjacent connecting rods can stretch out and draw back; the driving mechanism is located above the telescopic mechanisms and can drive the telescopic sleeves to stretch out and draw back. The two rows of telescopic mechanisms are correspondingly located at the two side ends of the superimposed lift car platforms, the bottoms of the connecting rods located at the same height are fixedly connected with the superimposed lift car platforms, a vehicle can enter and leave the superimposed lift car platforms, each superimposed lift car platform can be located at a vehicle inlet in the ground, and when the two vertically adjacent connecting rods extend to the longest, the distance between the two superimposed lift car platforms connected with the two connecting rods is equal to the height of the first layer of the underground parking garage. The superimposed elevator system is small in occupied space and high in parking and picking-up efficiency.
本发明公开了一种叠合升降机系统，其属于建筑工程技术领域，包括两排伸缩机构、驱动机构和叠合轿厢平台，伸缩机构包括至少一个伸缩套筒，伸缩套筒包括多个依次嵌套的连接杆，相邻两个连接杆之间能够伸缩；驱动机构位于伸缩机构的上方并能够带动伸缩套筒伸缩；两排伸缩机构分别位于叠合轿厢平台的两侧端，位于同一高度的连接杆的底部固定连接一个叠合轿厢平台，车辆能够进入和离开叠合轿厢平台，每个叠合轿厢平台均能够位于地面上的车辆入口，上下相邻的两个连接杆伸长至最长时，与这两个连接杆连接的两个叠合轿厢平台之间的间距为地下停车库一层的高度。本发明提出的叠合升降机系统占用空间小，存车和取车效率高。
Superimposed elevator system
The invention discloses a superimposed elevator system, and belongs to the technical field of constructional engineering. The superimposed elevator system comprises two rows of telescopic mechanisms, a driving mechanism and superimposed lift car platforms, each telescopic mechanism comprises at least one telescopic sleeve, each telescopic sleeve comprises a plurality of connecting rods which are nested in sequence, and every two adjacent connecting rods can stretch out and draw back; the driving mechanism is located above the telescopic mechanisms and can drive the telescopic sleeves to stretch out and draw back. The two rows of telescopic mechanisms are correspondingly located at the two side ends of the superimposed lift car platforms, the bottoms of the connecting rods located at the same height are fixedly connected with the superimposed lift car platforms, a vehicle can enter and leave the superimposed lift car platforms, each superimposed lift car platform can be located at a vehicle inlet in the ground, and when the two vertically adjacent connecting rods extend to the longest, the distance between the two superimposed lift car platforms connected with the two connecting rods is equal to the height of the first layer of the underground parking garage. The superimposed elevator system is small in occupied space and high in parking and picking-up efficiency.
本发明公开了一种叠合升降机系统，其属于建筑工程技术领域，包括两排伸缩机构、驱动机构和叠合轿厢平台，伸缩机构包括至少一个伸缩套筒，伸缩套筒包括多个依次嵌套的连接杆，相邻两个连接杆之间能够伸缩；驱动机构位于伸缩机构的上方并能够带动伸缩套筒伸缩；两排伸缩机构分别位于叠合轿厢平台的两侧端，位于同一高度的连接杆的底部固定连接一个叠合轿厢平台，车辆能够进入和离开叠合轿厢平台，每个叠合轿厢平台均能够位于地面上的车辆入口，上下相邻的两个连接杆伸长至最长时，与这两个连接杆连接的两个叠合轿厢平台之间的间距为地下停车库一层的高度。本发明提出的叠合升降机系统占用空间小，存车和取车效率高。
Superimposed elevator system
一种叠合升降机系统
YU AIYAN (author) / JIN JING (author) / LIN JI (author) / WU XINZHI (author) / CHEN XIAOMING (author) / WANG ZHENGJIA (author) / ZHOU RONGFENG (author) / LI CAO (author) / HOU ZHENGYU (author) / YANG YIWEN (author)
2021-12-31
Patent
Electronic Resource
Chinese
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