Energy-saving comprehensive pipe gallery structure: Fid-Bau Portal

Energy-saving comprehensive pipe gallery structure

MAO GANGQIANG / WU YUAN

The invention provides an energy-saving comprehensive pipe gallery structure which comprises a plurality of cabins, and the cabins comprise a first large cabin, a second large cabin and a third large cabin which are sequentially and longitudinally adjacent to one another. The second large cabin is located between the first large cabin and the third large cabin, and the second large cabin is provided with a driving road. The at least three cabins are arranged in the energy-saving type comprehensive pipe gallery structure according to the arrangement mode, the second large cabin used for supporting the traveling crane is located on the middle layer, the structure of the first large cabin and the structure of the second large cabin can play a role in reinforcing the structure of the second large cabin, and therefore building materials of the second large cabin can be reduced, and the construction cost is reduced. And the structure of the first large cabin and the structure of the second large cabin play a role in reinforcing the structure of the second large cabin, and the second large cabin also has enough supporting strength, so that the problem that the construction cost of the comprehensive pipe gallery is relatively high due to the fact that the structure of the comprehensive pipe gallery for supporting the travelling crane needs relatively high supporting strength is solved.

本申请提供一种节能型综合管廊结构，节能型综合管廊结构包括多个舱室，多个舱室包括依次纵向邻接的第一大舱室、第二大舱室和第三大舱室。第二大舱室位于第一大舱室和第三大舱室之间，且第二大舱室设有行车道路。通过在节能型综合管廊结构中按上述排列方式设置至少三个舱室，且使用于支撑行车的第二大舱室位于中间层，可使得第一大舱室和第二大舱室的结构对第二大舱室的结构起到加固的作用，从而可以减少第二大舱室的建筑用料，且因第一大舱室和第二大舱室的结构对第二大舱室的结构起到加固的作用，第二大舱室也具有足够的支撑强度，从而解决了因综合管廊支撑行车的结构需要较大的支撑强度，导致综合管廊的建设成本较高的问题。

Zugriff

Download

Seitennavigation

Dokumentinformationen

Ähnliche Titel

Exportieren, teilen und zitieren