Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Compression-resistant and heat-resistant road and bridge waterproof structure and process method
The invention discloses a compression-resistant and heat-resistant road and bridge waterproof structure and a process method. The compression-resistant and heat-resistant road and bridge waterproof structure comprises an expansion joint and a top plate, water collecting boxes are arranged on the two sides of the interior of the expansion joint correspondingly, the tops of the water collecting boxes communicate with water inlet pipes penetrating through the expansion joint, and the bottoms of the water collecting boxes communicate with water discharging pipes penetrating through the expansion joint; U-shaped buckles are installed on the two sides of the top of the expansion joint, and buffer rings are embedded in the inner sides of the two sets of U-shaped buckles. According to the compression-resistant and heat-resistant road and bridge waterproof structure, firstly, a linkage type drainage structure is adopted, accumulated water accumulated between the bridge expansion joint and the waterproof structure can be drained under the action of external force, and the phenomena that the waterproof structure is affected with damp and the strength is reduced due to accumulated water accumulation are reduced; and secondly, an integrated compression-resistant structure is utilized, impact energy in the running process of a vehicle can be buffered in a graded mode, the phenomenon that thewaterproof structure is broken due to impact and damaged is reduced, and therefore the service life of the waterproof structure is prolonged.
本发明公开了抗压耐热型路桥防水结构及工艺方法，包括伸缩缝和顶板，所述伸缩缝的内部两侧均设置有集水盒，所述集水盒的顶部连通有贯穿伸缩缝的入水管，所述集水盒的底部连通贯穿伸缩缝的排水管，所述伸缩缝的顶部两侧均安装有U型扣，两组所述U型扣的内侧均嵌设有缓冲圈。本发明中，首先，采用联动式排水结构，可将堆积在桥梁伸缩缝和防水结构之间的积水通过外力的作用排出，降低了积水堆积导致防水结构受潮和强度下降现象的产生，其次，采用综合式抗压结构，可将车辆行驶过程中的冲击能量进行分级缓冲处理，降低了防水结构冲击断裂好破损现象的产生，从而延伸了防水结构的使用寿命。
Compression-resistant and heat-resistant road and bridge waterproof structure and process method
The invention discloses a compression-resistant and heat-resistant road and bridge waterproof structure and a process method. The compression-resistant and heat-resistant road and bridge waterproof structure comprises an expansion joint and a top plate, water collecting boxes are arranged on the two sides of the interior of the expansion joint correspondingly, the tops of the water collecting boxes communicate with water inlet pipes penetrating through the expansion joint, and the bottoms of the water collecting boxes communicate with water discharging pipes penetrating through the expansion joint; U-shaped buckles are installed on the two sides of the top of the expansion joint, and buffer rings are embedded in the inner sides of the two sets of U-shaped buckles. According to the compression-resistant and heat-resistant road and bridge waterproof structure, firstly, a linkage type drainage structure is adopted, accumulated water accumulated between the bridge expansion joint and the waterproof structure can be drained under the action of external force, and the phenomena that the waterproof structure is affected with damp and the strength is reduced due to accumulated water accumulation are reduced; and secondly, an integrated compression-resistant structure is utilized, impact energy in the running process of a vehicle can be buffered in a graded mode, the phenomenon that thewaterproof structure is broken due to impact and damaged is reduced, and therefore the service life of the waterproof structure is prolonged.
本发明公开了抗压耐热型路桥防水结构及工艺方法，包括伸缩缝和顶板，所述伸缩缝的内部两侧均设置有集水盒，所述集水盒的顶部连通有贯穿伸缩缝的入水管，所述集水盒的底部连通贯穿伸缩缝的排水管，所述伸缩缝的顶部两侧均安装有U型扣，两组所述U型扣的内侧均嵌设有缓冲圈。本发明中，首先，采用联动式排水结构，可将堆积在桥梁伸缩缝和防水结构之间的积水通过外力的作用排出，降低了积水堆积导致防水结构受潮和强度下降现象的产生，其次，采用综合式抗压结构，可将车辆行驶过程中的冲击能量进行分级缓冲处理，降低了防水结构冲击断裂好破损现象的产生，从而延伸了防水结构的使用寿命。
Compression-resistant and heat-resistant road and bridge waterproof structure and process method
抗压耐热型路桥防水结构及工艺方法
GE XIAOGUANG (Autor:in) / WANG SHUDONG (Autor:in) / MA RONG (Autor:in) / DONG BENYU (Autor:in) / GAO PENGPENG (Autor:in) / YANG SI (Autor:in)
10.11.2020
Patent
Elektronische Ressource
Chinesisch
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