Assembly type concrete whole-process monitoring system based on Internet of Things

Abstract

The invention provides an assembly type concrete whole-process monitoring system based on the Internet of Things. An Internet of Things model conforming to assembly type concrete development is established, a perceiving structure in the assembly type concrete producing and constructing process is constructed, a low-cost and environmental-friendly transmission network is built and a cloud calculation big data service platform of the assembly type concrete and an intelligent decision and information feedback system are built according to the whole production process of pre-production, during-production, post-production and operation of the assembly type concrete based on the technologies of sensors, radio frequency, wireless communication and the like for the problems of quality safety and logistics tracing in the links of manufacturing, transporting and installing of the assembly type concrete. Quality monitoring and controlling over the production process, logistics tracing on members and dynamic monitoring and controlling over the hoisting installation process are achieved, and the whole process from manufacturing to completing of the assembly type concrete is monitored, controlled and traced.

Description

technical field [0001] The invention relates to a whole-process monitoring system for prefabricated concrete, in particular to a whole-process monitoring system for prefabricated concrete based on the Internet of Things. Background technique [0002] Prefabricated concrete refers to the concrete structure formed by prefabricated concrete components after industrial production, as the main component, assembled, connected, and combined with cast-in-place. It is one of the main directions of the industrialization of the contemporary construction industry. It is an architectural form that has been vigorously advocated and developed both at home and abroad in recent years. It is in line with the concept of sustainable development and the "low-carbon economy" policy advocated by my country in the past ten years. Compared with traditional construction production methods, prefabricated concrete has the advantages of convenient construction, high production efficiency, low pollution,...

AI Technical Summary

Problems solved by technology

At present, the development scale of prefabricated concrete in various places is constantly expanding, but there are some deficiencies in it. First, in terms of policy specifications, there is a lack of standardized specifications and technical regulations, and policies guide the gap; second, in terms of technology, assembly Compared with the scale development, the development of conventional concrete production technology is relatively slow, the component form is simple, it is difficult to guarantee the needs of various buildings, and there is still a certain gap with developed countries; thirdly, in terms of management, on-site workers lack professional knowledge , the management personnel are relatively lacking in experience and lack an effective supervision and management model; fourth, in terms of quality progress, the uncontrollability of the arrival time of various components at the site may cause delays in work, reduce efficiency, and increase costs. After the component crane is installed, The overall quality control generally relies on human testing, and there are certain errors

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