Anti-slide pile embedding device

Abstract

The invention relates to the field of landslide geological disaster control, in particular to an anti-slide pile embedding device. The device comprises an anti-slide pile assembly, a prestress mechanism, and a water pumping mechanism. The designed anti-slide pile assembly is connected through force arms and distance adjusting nuts; the screwing directions of threads of the adjacent force arms are opposite; and a gap between the adjacent force arms can be adjusted through the distance adjusting nuts, and then the distance between adjacent anti-slide piles is adjusted. According to the anti-slide pile embedding device, a prestress adjusting block comprises a first adjusting block, a connecting rod, and a second adjusting block; the first adjusting block rotates in a mounting hole through threads, and the second adjusting block slides in the mounting hole through a sliding block on the side face. When prestress is adjusted, the rotation of the first adjusting block is changed into the sliding of the second adjusting block, so that rotation torque is prevented from being applied to a prestress rope and a prestress anchor. According to the water pumping mechanism, a water pump is placed at the top end of the anti-slide pile, so that maintenance is convenient; and meanwhile, a first filter block and a second filter block filter underground water, so that impurities of underground water are prevented from blocking the water pumping mechanism.

Description

technical field [0001] The invention relates to the field of landslide geological disaster control, in particular to an anti-slide pile embedder. Background technique [0002] In recent years, climate anomalies have led to frequent geological disasters, and landslide disasters are the most common geological disasters and the most harmful disasters. Anti-slide piles are an important engineering measure in the prevention and control of landslide disasters. Anti-slide piles pass through the support The sliding force of rock and soil can effectively improve the stability of the slope and prevent the occurrence of landslide disasters. In order to further improve the supporting ability and environmental adaptability of the anti-slide piles, the anti-slide piles will also be equipped with prestressing mechanisms and pumping mechanisms. However, it is difficult to adjust the spacing of anti-slide piles, the prestressing mechanism is difficult to adjust the prestress, and the accumul...

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Problems solved by technology

[0002] In recent years, climate anomalies have led to frequent geological disasters, and landslide disasters are the most common geological disasters and the most harmful disasters. Anti-slide piles are an important engineering measure in the prevention and control of landslide disasters. Anti-slide piles pass through the support The sliding force of rock and soil can effectively improve the stability of the slope and prevent the occurrence of landslide disasters. In order to further improve the supporting ability and environmental adaptability of the anti-slide piles, the anti-slide piles will also be equipped with prestressing mechanisms and pumping mechanisms. However, it is difficult to adjust the spacing of anti-sliding piles, it is difficult to adjust the prestressing force of the prestressing mechanism, and problems such as the sliding of anti-sliding piles due to the enrichment of groundwater still exist. These problems greatly reduce the scope of application and stability of anti-sliding piles

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