Vibroflotation all-parameter monitoring method and system

Abstract

The invention relates to the technical field of foundation construction, in particular to a vibroflotation all-parameter monitoring method and system. The system comprises a vibroflotation all-parameter monitoring system which comprises a plurality of data receivers, a plurality of data collectors and a data processor; the data receivers receive data from a vibroflot device, a feeding device and an environment measuring device; the data collectors collect the data from the data receivers, and the real-time data is stored in the data collectors in a covering manner; and the data processors extract the data in the plurality of data collectors, draws a report form, and transmits the data to the display for displaying. The method aims at carrying out comprehensive data monitoring on numerous vibroflotation piles on a construction site and carrying out fixed-point management through a GPS, so that the problem of data omission caused by manual statistics and recording on the construction site is avoided.

Description

technical field [0001] The invention belongs to the technical field of foundation construction, and in particular relates to a method and a system for monitoring full parameters of vibration and shock. Background technique [0002] The vibrating method is an economical and effective foundation treatment method widely used at present, and its construction machinery includes operating consoles, vibrating devices, lifting equipment, pumping water delivery devices, etc. At present, in the process of vibrating construction, due to the influence of construction conditions, construction environment and other factors, some important parameters, such as the construction depth of the vibrator, the amount of material added, the verticality, etc., still need to be recorded manually, which makes There are large errors in the measurement results, low data accuracy, and poor real-time performance, which are prone to omissions and misrecordings, resulting in no evidence to check afterwards;...

AI Technical Summary

Problems solved by technology

At present, in the process of vibrating construction, due to the influence of construction conditions, construction environment and other factors, some important parameters, such as the construction depth of the vibrator, the amount of material added, and the verticality, still need to be recorded manually, which makes There are large errors in the measurement results, the data accuracy is low, and the real-time performance is poor. Omissions and mistakes are prone to occur, resulting in no evidence to check after the event; in addition, the manual recording method also increases the workload on the construction site. easy to manage

[0003] Moreover, when construction is carried out on the construction site, more vibrating piles are often used. There are many pile numbers on the site, and the management is chaotic. Using manual methods to record and manage the vibrating piles will lead to deviations in records, and it is impossible to record and manage many vibrating piles. The current construction status and results of the vibrating pile cannot be obtained in real time through the positioning of the pile, which increases the difficulty of construction and the overall management of the site, and also increases the cost of construction personnel

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