GPS-based concrete transport vehicle monitoring system and method

Abstract

The invention discloses a GPS-based concrete transport vehicle monitoring system, including a GPS vehicle-mounted terminal installed on a transport vehicle and a monitoring center located in a production base. The GPS vehicle-mounted terminal includes a GPS receiver, a GPRS transceiver module, a serial communication module, a control module, a backup power source and a peripheral device. The monitoring center includes a communication server, a monitoring terminal, a data server and a projector. In addition, the invention also provides a method for the GPS-based concrete transport vehicle monitoring system. The invention can not only track the vehicle moving route in real time and correct the wrong route of the vehicle in time, but also can quickly find that the oil of the transport vehicle is stolen, and can instruct the vehicle or directly lock the vehicle when the GPS vehicle terminal fails or is artificially destroyed, so that a large-scale transport fleet is effectively monitored, and the safety, the convenience and the high degree of automation are achieved. The scheme can be applied to the technical field of concrete production and transport management.

Description

technical field [0001] The invention relates to the technical field of concrete production and transportation management, in particular to a GPS-based concrete transport vehicle monitoring system and a monitoring method thereof. Background technique [0002] With the development of domestic infrastructure construction, the demand for commercial concrete is also increasing day by day. Commercial concrete transportation management has become an extremely important part of the industry. There are about 15 vehicles in a concrete mixing plant with an annual output of 250,000 cubic meters. There are about 35 drivers, about 50 vehicles and more than 100 drivers in the concrete mixing plant with an annual output of 750,000 cubic meters. How to effectively combine the current high technology with the concrete industry to achieve effective monitoring and management and save manpower, and Ensuring that goods arrive at the customer's location on time and in quantity is a problem that th...

AI Technical Summary

Problems solved by technology

The current monitoring software monitoring method is to gather a large amount of information in one office, check the transport vehicles one by one by one or two people, and then perform manual processing. If the required monitoring vehicles are 10 vehicles , can still be loaded. For example, when there are dozens or hundreds of vehicles in an enterprise, thousands of vehicles enter and exit every day, and thousands or tens of thousands of data information must be processed by manpower, and the information of vehicles is changing rapidly. Yes, in order to save costs, the company will not add dozens of people to do monitoring, which will make the monitoring and management of vehicles extremely inefficient

Moreover, due to the high value of the transported goods, drivers often steal and sell them, and there have even been accidents in which the transport vehicle was stolen for more than 12 hours; after the transport vehicle was installed with a monitoring system, the driver often interfered and destroyed maliciously in order to avoid being caught. equipment, causing small-scale failures of monitoring equipment to be discovered by no one, resulting in the failure of timely maintenance of the equipment, and eventually accumulating large-scale failures, resulting in errors in the information presented by the system, resulting in a series of follow-up production and transportation management disorders or oil and commodities. Stealing leads to economic losses, resulting in greater economic losses for concrete manufacturers

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