Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Underground pipe gallery construction method, device and system
The invention discloses an underground pipe gallery construction method, device and system. The construction method comprises the steps that the geological stability of a construction stratum is determined; according to the geological stability, the stratum type of the construction stratum is determined, and the stratum type comprises a stratum with good self-stability and a stratum with poor self-stability, and the stratum stability system of the stratum is gradually reduced; the slope surface structure of the construction stratum is set, specifically, for the stratum with good self-stability, the slope surface structure is set to be a plane type slope surface structure, and the excavation face of the slope surface structure is a plane; for the stratum with poor self-stability, the slope surface structure is set to be a stepped slope surface structure, and the excavation face of the slope surface structure is a stepped face with the step face facing upwards. Before construction, the geological stability is determined, stratum types are divided according to the geological stability, when the stratum stability is good, a plane type slope surface structure is adopted for construction, when the stratum stability is poor, a stepped slope surface structure is adopted for construction and layered excavation, the stratum is divided, a proper slope surface structure is selected, and then excavation is further conducted. And the construction efficiency and safety can be improved.
本发明公开了一种地下管廊施工方法、装置和系统。施工方法包括：确定施工地层的地质稳定性；根据地质稳定性，确定施工地层的地层类别，地层类别包括地层稳定系逐渐下降的自稳性良好地层和自稳性较差地层；设定施工地层的坡面结构：对于自稳性良好地层，设定坡面结构为平面式坡面结构，其开挖面为平面；对于自稳性较差地层，设定坡面结构为阶梯式坡面结构，其开挖面为台阶面朝上的阶梯面。在施工前，对地质稳定性进行确定，并以此划分地层类别，当地层稳定性较好时，采用平面式坡面结构进行施工，而当地层稳定性较差时，采用阶梯式坡面结构进行施工，分层开挖，通过划分地层、选择合适的坡面结构再进一步开挖，能够提高施工效率与安全性。
Underground pipe gallery construction method, device and system
The invention discloses an underground pipe gallery construction method, device and system. The construction method comprises the steps that the geological stability of a construction stratum is determined; according to the geological stability, the stratum type of the construction stratum is determined, and the stratum type comprises a stratum with good self-stability and a stratum with poor self-stability, and the stratum stability system of the stratum is gradually reduced; the slope surface structure of the construction stratum is set, specifically, for the stratum with good self-stability, the slope surface structure is set to be a plane type slope surface structure, and the excavation face of the slope surface structure is a plane; for the stratum with poor self-stability, the slope surface structure is set to be a stepped slope surface structure, and the excavation face of the slope surface structure is a stepped face with the step face facing upwards. Before construction, the geological stability is determined, stratum types are divided according to the geological stability, when the stratum stability is good, a plane type slope surface structure is adopted for construction, when the stratum stability is poor, a stepped slope surface structure is adopted for construction and layered excavation, the stratum is divided, a proper slope surface structure is selected, and then excavation is further conducted. And the construction efficiency and safety can be improved.
本发明公开了一种地下管廊施工方法、装置和系统。施工方法包括：确定施工地层的地质稳定性；根据地质稳定性，确定施工地层的地层类别，地层类别包括地层稳定系逐渐下降的自稳性良好地层和自稳性较差地层；设定施工地层的坡面结构：对于自稳性良好地层，设定坡面结构为平面式坡面结构，其开挖面为平面；对于自稳性较差地层，设定坡面结构为阶梯式坡面结构，其开挖面为台阶面朝上的阶梯面。在施工前，对地质稳定性进行确定，并以此划分地层类别，当地层稳定性较好时，采用平面式坡面结构进行施工，而当地层稳定性较差时，采用阶梯式坡面结构进行施工，分层开挖，通过划分地层、选择合适的坡面结构再进一步开挖，能够提高施工效率与安全性。
Underground pipe gallery construction method, device and system
一种地下管廊施工方法、装置和系统
LIU FEIXIANG (Autor:in) / PENG ZHENGYANG (Autor:in) / LIU XUE (Autor:in) / FAN WENJUN (Autor:in) / TANG CHONGMAO (Autor:in) / MA HAICHENG (Autor:in)
18.06.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E02D
FOUNDATIONS
,
Gründungen
| Europäisches Patentamt | 2016
Underground pipe gallery construction protection device
| Europäisches Patentamt | 2024
Underground pipe gallery construction equipment and construction method
| Europäisches Patentamt | 2023
Construction technology for underground pipe gallery construction
| Europäisches Patentamt | 2023