Real-time overfilling alarm method for piling construction of pile machine

Abstract

The invention provides a real-time overfilling alarm method for piling construction of a pile machine. The real-time overfilling alarm method for the piling construction of the pile machine comprisesthe steps that a RTK double antenna system is mounted on the upper surface of the pile machine, and the height difference of current main and auxiliary antennas is calculated through AVR data output by the RTK double antenna system; depth information of a pile head is calculated by combining the pile machine size and pile machine facing information; and the current pile depth is showed in software, a pile depth value is monitored in real time during pile pulling, and a manipulator is reminded and warned through sound-light alarm and screen blink modes when the pile depth value reaches a critical value. According to the real-time overfilling alarm method for the piling construction of the pile machine, users are centered, accurate control of the piling depth of the pile machine is realizedin the whole piling process, errors of man-made judging the pie depth are reduced, the construction quality of engineering is improved, and the construction process level is improved.

Description

technical field [0001] The invention relates to a digital construction monitoring device-a CFG pile driver system. The system is fully functional, reliable and easy to use. Background technique [0002] In recent years, national infrastructure monitoring has been in full swing in various places. More scientific construction process monitoring methods are the guarantee of construction quality, and the real-time over-filling alarm technology for piling construction with pile drivers was born. At present, the system is mainly aimed at various types of pile drivers that need to drive piles and pour cement and other pile materials into the work mode. When most of the pile drivers on the market are operating, during the construction process, the judgment of the pouring amount of the pile driver mainly depends on the experience of the operator. When piling, it is manually judged by visual inspection of the scale of the drill pipe whether it is necessary to continue pouring, and th...

AI Technical Summary

Problems solved by technology

When most of the pile drivers on the market are operating, during the construction process, the judgment of the pouring amount of the pile driver mainly depends on the experience of the operator. When piling, it is manually judged by visual inspection of the scale of the drill pipe whether it is necessary to continue pouring, and the accuracy is relatively high. Poor, and the efficiency is very low, the distance between the scale and the ground is high, the human eye has a large error in visual inspection, and it is prone to over-irrigation or under-irrigation

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