A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Aerial corridor channel
An air corridor channel comprises a corridor assembly, a connecting assembly, a first connecting platform and a second connecting platform. The corridor assembly comprises a steel-concrete channel and a bearing component, the steel-concrete channel is connected to the bearing component, and the two ends of the bearing component are connected to the first connecting platform or the second connecting platform through connecting assemblies correspondingly; the connecting assembly comprises an L-shaped steel plate and a T-shaped steel plate, the L-shaped steel plate comprises a transverse plate area and a vertical plate area, the transverse plate area is connected to the top face of the corresponding first connecting platform or the top face of the corresponding second connecting platform, and the vertical plate area is connected with the side face of the corresponding first connecting platform or the side face of the corresponding second connecting platform in an attached mode. The L-shaped steel plates are connected to the corresponding first connecting platform or the second connecting platform through the T-shaped steel plates. The L-shaped steel plates are used for reinforcement, the steel plates are pre-buried in the two adjacent buildings, safety and reliability are achieved, and flexible positioning can be conducted according to actual needs on site.
一种空中连廊通道，包括连廊组件、连接组件、第一连接平台、第二连接平台；所述连廊组件包括钢混通道、承载构件，所述钢混通道连接在承载构件上，所述承载构件的两端分别通过连接组件连接在第一连接平台或第二连接平台上；所述连接组件包括L型钢板、T型钢板，所述L型钢板包括横板区域、竖板区域，所述横板区域连接在对应的第一连接平台或第二连接平台的顶面上，所述竖板区域与对应的第一连接平台的侧面或第二连接平台的侧面贴合连接，所述L型钢板通过T型钢板连接在对应的第一连接平台或第二连接平台上；利用L型钢板进行加固，在两个相邻的建筑中预埋钢板且安全可靠，可以根据现场实际需要进行灵活定位。
Aerial corridor channel
An air corridor channel comprises a corridor assembly, a connecting assembly, a first connecting platform and a second connecting platform. The corridor assembly comprises a steel-concrete channel and a bearing component, the steel-concrete channel is connected to the bearing component, and the two ends of the bearing component are connected to the first connecting platform or the second connecting platform through connecting assemblies correspondingly; the connecting assembly comprises an L-shaped steel plate and a T-shaped steel plate, the L-shaped steel plate comprises a transverse plate area and a vertical plate area, the transverse plate area is connected to the top face of the corresponding first connecting platform or the top face of the corresponding second connecting platform, and the vertical plate area is connected with the side face of the corresponding first connecting platform or the side face of the corresponding second connecting platform in an attached mode. The L-shaped steel plates are connected to the corresponding first connecting platform or the second connecting platform through the T-shaped steel plates. The L-shaped steel plates are used for reinforcement, the steel plates are pre-buried in the two adjacent buildings, safety and reliability are achieved, and flexible positioning can be conducted according to actual needs on site.
一种空中连廊通道，包括连廊组件、连接组件、第一连接平台、第二连接平台；所述连廊组件包括钢混通道、承载构件，所述钢混通道连接在承载构件上，所述承载构件的两端分别通过连接组件连接在第一连接平台或第二连接平台上；所述连接组件包括L型钢板、T型钢板，所述L型钢板包括横板区域、竖板区域，所述横板区域连接在对应的第一连接平台或第二连接平台的顶面上，所述竖板区域与对应的第一连接平台的侧面或第二连接平台的侧面贴合连接，所述L型钢板通过T型钢板连接在对应的第一连接平台或第二连接平台上；利用L型钢板进行加固，在两个相邻的建筑中预埋钢板且安全可靠，可以根据现场实际需要进行灵活定位。
Aerial corridor channel
一种空中连廊通道
LIU ZHENZHEN (author) / ZHUANG JUNXIN (author)
2024-05-03
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
Steel structure construction device for aerial steel corridor
| European Patent Office | 2022