A precise automatic cast-in-situ pile straightening equipment and its application method

Abstract

The invention relates to accurate automatic filling pile centralizing equipment and an application method thereof. The accurate automatic filling pile centralizing equipment comprises supporting legs,a connecting frame, a connecting pile, a pile filler and other components, wherein the connecting frame comprises a connecting plate, and the lower portion of the connecting plate is connected with aguide frame; the connecting pile is connected to the connecting plate and the guide frame; the supporting legs are connected to the edge of the connecting plate through connecting rods; the pile filler is connected to the bottom of the guide frame; the middle of the connecting plate is provided with an embedment hole; the inner wall of the embedment hole is provided with a connecting pile squeezer; the connecting pile squeezer is internally connected with the connecting pile; the connecting plate and the supporting legs are connected through the connecting rods; gyroscope sensors are arrangedat the joints of the connecting plate and the connecting rods; supporting leg supporting plates, floating plates and supporting airbags are arranged in an annular cavity between the floating plates and the supporting plates in an arrayed mode. The application method comprises the steps of conducting filling on a standard pile through the pile filler, pushing the connecting rods through the supporting airbags, accordingly, righting the connecting plate and then righting the connecting pile.

Description

technical field [0001] The invention relates to a precise automatic cast-in-situ pile straightening device and a using method thereof, belonging to the field of construction equipment. Background technique [0002] With the rapid expansion of urbanization, high-rise buildings need to be built on different ground surfaces, and the inclination angles of different grounds and land conditions are different; when high-rise buildings are built, foundation structures such as piles must be placed to ensure strength; the pile driver is generally fixed on the ground surface for compaction, so the angle range between the ground pile and the ground is relatively limited, so for the situation where the ground is relatively inclined, additional positioning and calibration of the pile is required; Moreover, with different soil hardness, after the piles are rammed, the soil will also release a certain amount of stress, causing the piles to tilt; in addition, the traditional piles can only b...

AI Technical Summary

Problems solved by technology

[0002] With the rapid expansion of urbanization, high-rise buildings need to be built on different ground surfaces, and the inclination angles of different grounds and land conditions are different; when high-rise buildings are built, foundation structures such as piles must be placed to ensure strength; the pile driver is generally fixed on the ground surface for compaction, so the angle range between the ground pile and the ground is relatively limited, so for the situation where the ground is relatively inclined, additional positioning and calibration of the pile is required; Moreover, with different soil hardness, after the piles are rammed, the soil will also release a certain amount of stress, causing the piles to tilt; in addition, the traditional piles can only be adjusted to be parallel to the gravity line, and cannot be accurately adjusted according to different ground angles. Adjustment; thus it is easy to affect the verticality of the entire building relative to the ground or set the included angle, thereby affecting the aesthetics of the building

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