Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Freeze-thaw cycle self-adaptive device for power transmission and transformation concrete foundation in cold region
The invention discloses a freeze-thaw cycle self-adaptive device for a power transmission and transformation concrete foundation in a cold region, and relates to the technical field of building construction. The center of the bottom plate is borne at the bottom of a concrete foundation, four extrusion units are arranged at the four corners of the bottom plate, each extrusion unit comprises an L-shaped side wall plate and two extrusion plates arranged at the edge of the inner side, and the extrusion plates are connected with the side wall plates through air rods. Comprising a direct-current power box, a temperature control switch, a negative tube, a positive tube and a trigger type inductive sensor, the middles of four anti-pulling rods are fixed to the four corners of a bottom plate, the top ends of the four anti-pulling rods are arranged on the negative tube in a sleeving mode, drainage holes are formed in the top ends of the four anti-pulling rods, anchoring heads are arranged at the bottom ends of the four anti-pulling rods, and drainage channels are formed in the four anti-pulling rods; sandy soil is filled between the foundation and the concrete foundation. The self-adaptive device and the electroosmosis system are combined to optimize the concrete foundation structure, so that the adverse effect of freeze-thaw cycle can be effectively controlled, and the problem of damage to the foundation is reduced.
一种寒区输变电混凝土基础冻融循环自适应装置，涉及建筑施工技术领域。底板中心承载于混凝土基础底部且四角布置四个挤压单元，挤压单元包括L形的侧壁板以及设置在内侧边缘处的两个挤压板，挤压板与侧壁板通过气杆连接，电渗透系统分为四个子系统，包括直流电源箱、温控开关、负极管和正极管以及触发式电感传感器，四根抗拔杆中间固定在底板四角，其顶端套装在负极管上并加工排水孔，底端设置锚固头，内部设置排水通道，相邻侧壁板通过挡板单元连接封闭，与混凝土基础之间填充为砂土。结合自适应装置和电渗透系统对混凝土基础结构进行优化，能够有效控制冻融循环的不利影响，降低基础受损害的问题。
Freeze-thaw cycle self-adaptive device for power transmission and transformation concrete foundation in cold region
The invention discloses a freeze-thaw cycle self-adaptive device for a power transmission and transformation concrete foundation in a cold region, and relates to the technical field of building construction. The center of the bottom plate is borne at the bottom of a concrete foundation, four extrusion units are arranged at the four corners of the bottom plate, each extrusion unit comprises an L-shaped side wall plate and two extrusion plates arranged at the edge of the inner side, and the extrusion plates are connected with the side wall plates through air rods. Comprising a direct-current power box, a temperature control switch, a negative tube, a positive tube and a trigger type inductive sensor, the middles of four anti-pulling rods are fixed to the four corners of a bottom plate, the top ends of the four anti-pulling rods are arranged on the negative tube in a sleeving mode, drainage holes are formed in the top ends of the four anti-pulling rods, anchoring heads are arranged at the bottom ends of the four anti-pulling rods, and drainage channels are formed in the four anti-pulling rods; sandy soil is filled between the foundation and the concrete foundation. The self-adaptive device and the electroosmosis system are combined to optimize the concrete foundation structure, so that the adverse effect of freeze-thaw cycle can be effectively controlled, and the problem of damage to the foundation is reduced.
一种寒区输变电混凝土基础冻融循环自适应装置，涉及建筑施工技术领域。底板中心承载于混凝土基础底部且四角布置四个挤压单元，挤压单元包括L形的侧壁板以及设置在内侧边缘处的两个挤压板，挤压板与侧壁板通过气杆连接，电渗透系统分为四个子系统，包括直流电源箱、温控开关、负极管和正极管以及触发式电感传感器，四根抗拔杆中间固定在底板四角，其顶端套装在负极管上并加工排水孔，底端设置锚固头，内部设置排水通道，相邻侧壁板通过挡板单元连接封闭，与混凝土基础之间填充为砂土。结合自适应装置和电渗透系统对混凝土基础结构进行优化，能够有效控制冻融循环的不利影响，降低基础受损害的问题。
Freeze-thaw cycle self-adaptive device for power transmission and transformation concrete foundation in cold region
一种寒区输变电混凝土基础冻融循环自适应装置
LIU QIANG (Autor:in) / AN NING (Autor:in) / CAO YOUCAI (Autor:in) / JIN HAO (Autor:in) / ZHANG ZITANG (Autor:in) / CHEN TINGYU (Autor:in) / CHEN HONGBO (Autor:in) / LI ZHENGFA (Autor:in)
09.04.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E02D
FOUNDATIONS
,
Gründungen
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