Vibroflot equipment wireless automatic logging system

Abstract

The invention relates to a wireless automatic record system of a vibroflotation device, consisting of a sensor wireless collector and a vibroflotation device. The invention adopts wireless network communication and composes wireless star type network which takes a vibroflotation device wireless automatic recorder as the center and takes a sensor wireless collector as the terminal. The sensor wireless collector is suitable for electronic control and a hydraulic pressure vibroflotation device, can collect electric current signals, flow rate signals, oil pressure signals, depth signals and the signals of a water pressure sensor, transmits all the signals to the vibroflotation device wireless automatic recorder through wireless network and displays and records all the signals. The system in the invention has the advantages of accurate data record, huge real-time performance and non-field wiring; furthermore, the system improves working efficiency and construction quality.

Description

technical field [0001] The invention relates to a wireless automatic recording system for vibrating devices, which is suitable for electric control and hydraulic vibrating devices, can obtain sensor signals in real time, and send the data to the automatic recorder of the vibrating device through wireless, and display and record the vibrating construction process Key indicator data, and print construction reports and curves to facilitate construction management and decision-making for project managers. Background technique [0002] The vibrator is divided into electronically controlled vibrator and hydraulic vibrator according to different driving methods. The key indicators of quality control during the construction process include depth, filler volume, water pressure, current or oil pressure, flow, etc. At present, there are two ways to record the above indicators during the construction process: one is to rely on manual reading of sensor meters for recording, which has po...

AI Technical Summary

Problems solved by technology

At present, there are two ways to record the above indicators during the construction process: one is to rely on manual reading of sensor meters for recording, which has poor accuracy and real-time performance, high labor costs, and is prone to omissions and mistakes; the other is Using the serial port communication method, the sensor signal is collected and sent to the monitoring computer through the data bus for display and processing

This method avoids the shortcomings of manual observation and recording, but due to the scattered layout of the sensors on the construction site and the complexity of the site environment, it makes wiring difficult and inconvenient to move

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