It can simulate the construction process, allow users to visually and scientifically watch the operation results of different construction methods and organizational measures, complete scheme comparison quantitatively, identify unreasonable parts, resource allocation bottlenecks or redundancy in the construction process in advance, choose more favorable construction schemes, quantitatively analyze the construction process, optimize construction process orders, predict construction progress, and comprehensively improve the decision-making competence and computation accuracy of constructors.
By utilizing IoT, mobile application and data integration technologies, it realizes the information-based management of the full test and detection process to obtain the data of all stages truly and efficiently, thus pulling off the closed-loop management covering sampling, entrustment, experiment, and report.
While applying RFID and intelligent interface technology, the system can automatically identify vehicles, store their weight, automatically calculate the watering amount based on the cargo weight, and automatically add water without any human on a watch. The server regularly counts the data related to watering and weight, and generates a statement from multiple perspectives. With it, users can effectively grasp the dynamic information of fleet construction, thus providing powerful data support for a premium development.
It can dynamically evaluate the construction conditions of grouting in real time, perform dynamic analysis on concrete age, cantilever height, concrete temperature, joint opening degree and other factors, thus offering scientific guidance for the selection of the time for grouting.
The worker management system identifies terminal devices by recognizing human faces, registers the white list and visitor information. The accessing system monitors the real-time accessing data, compares human faces with the database and stores the information. It enables the management of personnel ledger, sign-in & sign-off, attendance, training and blacklist.
A platform is used to realize managerial functions of technology departments and all managerial work in the system, enhance the ability of technological innovation and management, and comprehensively demonstrate the core competitiveness of the company. A technological achievement display area has been created for employees to increase economic benefits.
It is a top-down plan decomposition system supporting the application of overall execution plans, medium-, long- and short-term construction plans to meet the need of multi-version management for baseline plans and historical plans.