Infrastructure project pouring control and data collection and transmission system

Abstract

The invention discloses an infrastructure project pouring control and data collection and transmission system. The infrastructure project pouring control and data collection and transmission system comprises a computer control mainboard, a GPRS network transmission module, a data display screen, a sensor and a network management center platform. The sensor is composed of a depth sensor, a flow sensor, a gravity sensor, a pressure sensor and a temperature sensor and used for detecting and collecting engineering site construction data of depth, flow, gravity, pressure and temperature, and the sensor uploads the collected data to the computer control main board through the GPRS network transmission module to be stored. According to the design, a computer control technology is adopted; the stored data is uploaded to a network management platform in real time through a 4G wireless network (GPRS) for management personnel to monitor; and the field data can be printed into data receipts (datatickets) at any time for a supervisor to check or submit to a management department for checking, so that the loopholes in the use process of the existing equipment are blocked, the construction engineering quality is guaranteed, and the data reliability is improved.

Description

technical field [0001] The invention relates to the technical field of project supervision, in particular to a pouring control and data collection and transmission system for infrastructure projects. Background technique [0002] Now our country is in a period of rapid economic development, and engineering construction is ubiquitous. The construction of roads, bridges, large-scale factories and mines, and high-rise buildings cannot be separated from the initial pile foundation construction. The construction is carried out according to the requirements of the engineering design, such as: the depth, time, schedule of construction piling, the amount of ash per meter, uniformity, etc. are all handled manually. Due to the different quality of workers and different operating proficiency, the pile foundation structure will be different. There are deviations, and the quality of the project cannot be guaranteed. During the construction, there are often excessive waste of source mater...

AI Technical Summary

Problems solved by technology

[0002] Now our country is in a period of rapid economic development, and engineering construction is ubiquitous. The construction of roads, bridges, large-scale factories and mines, and high-rise buildings cannot be separated from the initial pile foundation construction. The construction is carried out according to the requirements of the engineering design, such as: the depth, time, schedule of construction piling, the amount of ash per meter, uniformity, etc. are all handled manually. Due to the different quality of workers and different operating proficiency, the pile foundation structure will be different. There are deviations, and the quality of the project cannot be guaranteed. During the construction, there are often excessive waste of source materials due to poor control of equipment, and sometimes due to man-made cut corners, so the quality of the project cannot be guaranteed, which brings huge economic losses to people's property and construction projects.

[0003] Existing piling equipment and construction methods are also monitored by different electronic devices, but some construction contractors often falsify the handed-in construction documents (receipts) for their own benefit, deliberately improving the beauty of the data on the bills to fool supervisors, and at the same time Do yourself a favor at project settlement

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