Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Municipal road bridge foundation reinforcing device and reinforcing method thereof
The municipal road bridge foundation reinforcing device and the reinforcing method thereof are applied to the field of bridge foundations, a buffer mechanism is arranged, an upper through-flow pipe and a lower through-flow pipe are connected into a whole through a communicating pipe, and the speeds of water flowing through the upper through-flow pipe and the lower through-flow pipe are different; the flow speed of water flow in the upper flow penetrating pipe is far larger than that of the lower flow penetrating pipe, so that pressure difference is generated, the buffering mechanism is lifted to move upwards, the impact kinetic energy of the water flow is consumed through the kinetic energy of repeated movement of the upper flow penetrating pipe and the lower flow penetrating pipe, and the purpose of effectively reducing the impact kinetic energy of the water flow can be achieved; impurities can be intercepted by arranging the first filter screen, the linkage rod can be repeatedly dragged to move and the first filter screen is repeatedly pushed out by utilizing the fact that the upper through-flow pipe and the lower through-flow pipe can move upwards for many times, the problem of blockage caused by accumulation of impurities on the outer side of the first filter screen is effectively avoided, and finally it is ensured that the buffer mechanism can be effectively used for a long time; and the supporting rod can be more stable.
本申请公开了应用于桥梁地基领域的一种市政道路桥梁地基加固装置及其加固方法，通过设置缓冲机构，由于上穿流管与下穿流管通过连通管连接成整体，而上穿流管与下穿流管内部经过的水流速度不同，上穿流管内部水流流速远大于下穿流管，由此产生压强差，托举着缓冲机构向上运动，从而利用上穿流管与下穿流管的反复运动的动能去消耗水流的冲击动能，从而可以起到有效削减水流的冲击动能的目的，不仅如此，通过设置第一滤网可以拦截杂质，又利用上穿流管与下穿流管会发生多次向上运动，可以反复牵引联动杆运动，反复将第一滤网推出，有效避免其外侧有杂质堆积导致其发生堵塞的问题，最终确保缓冲机构可长期有效使用，使其帮助支撑杆可以更加稳固。
Municipal road bridge foundation reinforcing device and reinforcing method thereof
The municipal road bridge foundation reinforcing device and the reinforcing method thereof are applied to the field of bridge foundations, a buffer mechanism is arranged, an upper through-flow pipe and a lower through-flow pipe are connected into a whole through a communicating pipe, and the speeds of water flowing through the upper through-flow pipe and the lower through-flow pipe are different; the flow speed of water flow in the upper flow penetrating pipe is far larger than that of the lower flow penetrating pipe, so that pressure difference is generated, the buffering mechanism is lifted to move upwards, the impact kinetic energy of the water flow is consumed through the kinetic energy of repeated movement of the upper flow penetrating pipe and the lower flow penetrating pipe, and the purpose of effectively reducing the impact kinetic energy of the water flow can be achieved; impurities can be intercepted by arranging the first filter screen, the linkage rod can be repeatedly dragged to move and the first filter screen is repeatedly pushed out by utilizing the fact that the upper through-flow pipe and the lower through-flow pipe can move upwards for many times, the problem of blockage caused by accumulation of impurities on the outer side of the first filter screen is effectively avoided, and finally it is ensured that the buffer mechanism can be effectively used for a long time; and the supporting rod can be more stable.
本申请公开了应用于桥梁地基领域的一种市政道路桥梁地基加固装置及其加固方法，通过设置缓冲机构，由于上穿流管与下穿流管通过连通管连接成整体，而上穿流管与下穿流管内部经过的水流速度不同，上穿流管内部水流流速远大于下穿流管，由此产生压强差，托举着缓冲机构向上运动，从而利用上穿流管与下穿流管的反复运动的动能去消耗水流的冲击动能，从而可以起到有效削减水流的冲击动能的目的，不仅如此，通过设置第一滤网可以拦截杂质，又利用上穿流管与下穿流管会发生多次向上运动，可以反复牵引联动杆运动，反复将第一滤网推出，有效避免其外侧有杂质堆积导致其发生堵塞的问题，最终确保缓冲机构可长期有效使用，使其帮助支撑杆可以更加稳固。
Municipal road bridge foundation reinforcing device and reinforcing method thereof
一种市政道路桥梁地基加固装置及其加固方法
ZHU DASHUAN (Autor:in) / JIANG XIAOYAN (Autor:in) / CHEN JINGYAN (Autor:in) / ZHU XINYU (Autor:in) / JIANG YONG (Autor:in) / DENG YONGLI (Autor:in) / ZHOU YUANYUAN (Autor:in) / LIU XIN (Autor:in)
25.07.2023
Patent
Elektronische Ressource
Chinesisch
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