Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Bridge engineering compression-resistant supporting device
The invention belongs to the technical field of bridge engineering, and particularly relates to a bridge engineering compression-resistant supporting device which comprises a bridge body, an emergency embedding mechanism and a lower-layer bridge body reinforcing mechanism, the emergency embedding mechanism is installed in the near-lower section of the bridge body, and the lower surface of the bridge body is connected with the lower-layer bridge body reinforcing mechanism through bolts. The upper-layer bridge body reinforcing mechanism can be used for supporting and repairing the bridge surface. According to the bridge engineering pressure-resistant supporting device, through the arrangement of the underground conical head distributed with barbs, when the foundation of the bridge body is unstable, the emergency embedded hydraulic rod can be controlled to fix the bridge body and the underground; and through the arrangement of the first monitoring net, when the bridge bottom face has the fracture trend, rapid hardening cement can be sprayed to a designated area for reinforcement under the action of the sealed emission nozzle.
本发明属于桥梁工程技术领域,具体为一种桥梁工程抗压支撑装置,包括桥梁主体、应急嵌入机构、下层桥体加固机构,所述桥梁主体的近下段内部安装有所述应急嵌入机构,所述桥梁主体的下表面通过螺栓连接有所述下层桥体加固机构,还包括能够对桥面进行支撑修补的上层桥体加固机构。本发明该一种桥梁工程抗压支撑装置,通过分布有倒刺的入地锥头的设置，使得在遇到桥体地基不稳时候，能够控制应急嵌入液压杆将桥体与地底加固定；利用一号监测网的设置，使得桥底面在有断裂趋势时候能够，在密封发射嘴的作用下将快硬水泥喷射至指定区域进行加固。
Bridge engineering compression-resistant supporting device
The invention belongs to the technical field of bridge engineering, and particularly relates to a bridge engineering compression-resistant supporting device which comprises a bridge body, an emergency embedding mechanism and a lower-layer bridge body reinforcing mechanism, the emergency embedding mechanism is installed in the near-lower section of the bridge body, and the lower surface of the bridge body is connected with the lower-layer bridge body reinforcing mechanism through bolts. The upper-layer bridge body reinforcing mechanism can be used for supporting and repairing the bridge surface. According to the bridge engineering pressure-resistant supporting device, through the arrangement of the underground conical head distributed with barbs, when the foundation of the bridge body is unstable, the emergency embedded hydraulic rod can be controlled to fix the bridge body and the underground; and through the arrangement of the first monitoring net, when the bridge bottom face has the fracture trend, rapid hardening cement can be sprayed to a designated area for reinforcement under the action of the sealed emission nozzle.
本发明属于桥梁工程技术领域,具体为一种桥梁工程抗压支撑装置,包括桥梁主体、应急嵌入机构、下层桥体加固机构,所述桥梁主体的近下段内部安装有所述应急嵌入机构,所述桥梁主体的下表面通过螺栓连接有所述下层桥体加固机构,还包括能够对桥面进行支撑修补的上层桥体加固机构。本发明该一种桥梁工程抗压支撑装置,通过分布有倒刺的入地锥头的设置，使得在遇到桥体地基不稳时候，能够控制应急嵌入液压杆将桥体与地底加固定；利用一号监测网的设置，使得桥底面在有断裂趋势时候能够，在密封发射嘴的作用下将快硬水泥喷射至指定区域进行加固。
Bridge engineering compression-resistant supporting device
一种桥梁工程抗压支撑装置
ZHU PENGFEI (Autor:in)
22.07.2022
Patent
Elektronische Ressource
Chinesisch
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