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Self-cleaning bridge expansion joint device
The invention discloses a self-cleaning bridge expansion joint device, and relates to the field of bridge expansion joints, the self-cleaning bridge expansion joint device comprises: a water storage tank located in a bridge and adjacent to a steel member; a groove body is formed between the rubber strip and the two steel members, the steel members penetrate through the inner and outer surfaces and are provided with water inlet pipes, the water inlet pipes are arranged close to the upper surfaces of the steel members and communicate with the groove body and the water outlet end of the water inlet pump, and the water inlet end of the water inlet pump communicates with the water storage tank; the steel member penetrates through the inner surface and the outer surface to be provided with the mud flow pipe, the mud flow pipe is arranged close to the rubber strip, the mud flow pipe is communicated with the liquid inlet end of the slurry pump, and the liquid outlet end of the slurry pump extends out of the bridge. According to the bridge expansion joint self-cleaning device, internal soil is softened in the mode that water is fed into a bridge expansion joint, the water and the soil are fully mixed to form mud flow, the mud flow is discharged through the mud flow pipe, the bridge expansion joint self-cleaning function is achieved, the self-cleaning effect is good, manual participation is avoided, the whole self-cleaning process is completed in the bridge expansion joint, and the self-cleaning process does not affect normal passing of vehicles and does not need closed management and control.
本发明公开一种可自洁桥梁伸缩缝装置,涉及桥梁伸缩缝领域,包括:储水箱,储水箱位于桥梁内并与钢构件相邻设置;橡胶条与两个钢构件之间形成槽体,钢构件贯穿内外表面设置有进水管,进水管靠近钢构件的上表面设置,进水管与槽体以及进水泵的出水端连通,进水泵的进水端与储水箱连通;泥流管,钢构件贯穿内外表面设置有泥流管,泥流管靠近橡胶条设置,泥流管与抽浆泵的进液端连通,抽浆泵的出液端延伸至桥梁以外。采用向桥梁伸缩缝通水的方式软化内部泥土,水、泥充分混合后形成泥流,通过泥流管将泥流排出实现桥梁伸缩缝自洁功能,自洁效果好、无人工参与,且整个自洁过程在桥梁伸缩缝内部完成,自洁过程不影响车辆正常通行无需封闭管控。
Self-cleaning bridge expansion joint device
The invention discloses a self-cleaning bridge expansion joint device, and relates to the field of bridge expansion joints, the self-cleaning bridge expansion joint device comprises: a water storage tank located in a bridge and adjacent to a steel member; a groove body is formed between the rubber strip and the two steel members, the steel members penetrate through the inner and outer surfaces and are provided with water inlet pipes, the water inlet pipes are arranged close to the upper surfaces of the steel members and communicate with the groove body and the water outlet end of the water inlet pump, and the water inlet end of the water inlet pump communicates with the water storage tank; the steel member penetrates through the inner surface and the outer surface to be provided with the mud flow pipe, the mud flow pipe is arranged close to the rubber strip, the mud flow pipe is communicated with the liquid inlet end of the slurry pump, and the liquid outlet end of the slurry pump extends out of the bridge. According to the bridge expansion joint self-cleaning device, internal soil is softened in the mode that water is fed into a bridge expansion joint, the water and the soil are fully mixed to form mud flow, the mud flow is discharged through the mud flow pipe, the bridge expansion joint self-cleaning function is achieved, the self-cleaning effect is good, manual participation is avoided, the whole self-cleaning process is completed in the bridge expansion joint, and the self-cleaning process does not affect normal passing of vehicles and does not need closed management and control.
本发明公开一种可自洁桥梁伸缩缝装置,涉及桥梁伸缩缝领域,包括:储水箱,储水箱位于桥梁内并与钢构件相邻设置;橡胶条与两个钢构件之间形成槽体,钢构件贯穿内外表面设置有进水管,进水管靠近钢构件的上表面设置,进水管与槽体以及进水泵的出水端连通,进水泵的进水端与储水箱连通;泥流管,钢构件贯穿内外表面设置有泥流管,泥流管靠近橡胶条设置,泥流管与抽浆泵的进液端连通,抽浆泵的出液端延伸至桥梁以外。采用向桥梁伸缩缝通水的方式软化内部泥土,水、泥充分混合后形成泥流,通过泥流管将泥流排出实现桥梁伸缩缝自洁功能,自洁效果好、无人工参与,且整个自洁过程在桥梁伸缩缝内部完成,自洁过程不影响车辆正常通行无需封闭管控。
Self-cleaning bridge expansion joint device
一种可自洁桥梁伸缩缝装置
AN SUNG-EUN (author) / FAN YA (author) / GAO JIAN (author) / YU DONGJIAN (author) / PENG WEIXING (author) / ZHANG HAOFEI (author) / ZHOU ZHIBANG (author) / QI SHENXIANG (author) / ZHANG GUOFEI (author) / XIONG SHIFAN (author)
2024-07-12
Patent
Electronic Resource
Chinese