Concrete vibration quality monitoring and communication networking method

Abstract

The invention relates to a vibration quality control technique in the concrete pouring construction of water conservancy projects, in particular to a concrete vibration quality monitoring and communication networking method. The method described by the invention mainly includes the following steps: on a vibration site, a wireless local area network is set by the mode of wireless access points to cover the whole construction site, so that all vibrators are in the wireless local area network, and the wireless local area network of the construction site establishes network connection with a server data center, so that the wireless local area network of the construction site and the data center are established in the same local area network. The method has the advantages that the monitoring of vibration quality can be intelligentized and networked, the stability and reliability of data transmission are guaranteed, and therefore problems, such as over-vibration, missed vibration and insufficient vibration, are effectively controlled. The method is particularly applicable to the monitoring of concrete vibration quality.

Description

technical field [0001] The invention relates to a vibration quality control technology in concrete pouring construction of a water conservancy project, in particular to a communication networking method for concrete vibration quality monitoring. Background technique [0002] In concrete construction, vibration is the key to the quality of concrete buildings, and the control of the vibration process is particularly important. On-site operators conduct quality control based on experience, which is highly random and greatly affected by human factors and working conditions; once under-vibration, over-vibration, or missing vibration occurs, the vibration will not meet the construction quality requirements, leaving quality defects and cannot be timely informed. This has become a common problem in the vibrating quality of concrete pouring. Therefore, it is necessary to use refined and intelligent technical means and equipment to effectively monitor and control the vibrating qualit...

AI Technical Summary

Problems solved by technology

[0004] The current communication network in vibrating construction quality control has the following disadvantages: 1. Traditional vibrating construction quality control ignores the acquisition and management of process data. Without data communication, it is impossible to monitor the parameters of the vibrating construction process in real time, which may lead to over-vibration or lack of vibration; and it is impossible to record and trace the data of the vibration process, which is difficult to provide a basis for quality evaluation and operation and maintenance

2. When the concrete vibration quality is monitored through the intelligent monitoring method of concrete vibration quality, the communication network of the monitoring data has the following difficulties: affected by the site environment, water conservancy and hydropower projects are mostly located in high mountains and valleys, and the network signal is poor and unstable. Data transmission is interrupted; if the communication networking equipment uses general materials, it will be affected by various factors in the field environment, and it is difficult to meet business needs; multi-sensor integration is difficult, requiring small size, high reliability, easy installation, and modularization for local improvement and replacement

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