Application method of cloud technology in overload control system

Abstract

The invention discloses an application method of a cloud technology in an overload control system, and belongs to the technical field of overload control, and the method specifically comprises the steps: 1, setting a data collection point in a highway toll station; 2, collecting information of vehicles passing through the special truck channel in real time, establishing a cloud platform, and sending the information of the vehicles to the cloud platform; 3, screening the vehicle information in the cloud platform to obtain suspicious vehicle information; 4, establishing a block chain platform, and sending the suspicious vehicle information to the block chain platform for uplink; generating a unique first identification ID, and sending the first identification ID to a cloud platform for sharing; 5, setting a suspicious vehicle detection point, detecting a suspicious vehicle, and obtaining detection data; 6, sending the detection data to a cloud platform, and sending the detection data to a block chain platform for uplink; and generating a unique second identification ID, and sending the second identification ID to the cloud platform for sharing.

Description

technical field [0001] The invention belongs to the technical field of super governance, in particular to an application method of cloud technology in a super governance system. Background technique [0002] Driven by profit, there is no need to pay more for more cargo. Most freight vehicles take risks and transport beyond the limit to reduce operating costs. Running, its driving speed is much lower than that of normal vehicles, often only 20-30Km / h, and its road occupancy is 3-4 times that of normal vehicles. The more serious the overrun transportation, the faster the road damage and the higher the traffic capacity. low and easily cause traffic jams. [0003] Therefore, it is necessary to control overruns. However, since the centralized control of overruns, a number of overrunning detection stations have been built in various places. As an important carrier of joint law enforcement on the road, they have played an important role. Connections and detection sites operate in...

AI Technical Summary

Problems solved by technology

[0002] Driven by profit, there is no need to pay more for more cargo. Most freight vehicles take risks and transport beyond the limit to reduce operating costs. Running, its driving speed is much lower than that of normal vehicles, often only 20-30Km / h, and its road occupancy is 3-4 times that of normal vehicles. The more serious the overrun transportation, the faster the road damage and the higher the traffic capacity. Low and prone to traffic jams

[0003] Therefore, it is necessary to control overruns. However, since the centralized control of overruns, a number of overrunning detection stations have been built in various places. As an important carrier of joint law enforcement on the road, they have played an important role. Contact and detection sites operate in isolation, and basic information and management resources cannot be shared. This not only greatly reduces the effectiveness of setting up large-scale detection sites in the early stage, but also greatly affects the efficiency and effectiveness of centralized management.

From the fixed overrun detection stations built and operated in the past, it can be found that there are still many problems in the detection method of the overrun detection station, mainly manifested in: complicated detection procedures, many links, slow speed, manual intervention, large interference by the natural environment, weighing Data does not match the license plate recognition data and other phenomena; therefore, there is an urgent need for an application method of cloud technology in the super-control system to solve the above problems or some of the problems

Images