A vehicle management method and system for a commodity garage

Abstract

The invention specifically relates to a vehicle management method and system for a commodity garage. The method includes: partitioning the commodity garage to obtain several parking areas; obtaining the parking space allocation information of the vehicles loaded by the transport vehicle when the transport vehicle enters the commodity garage; determining the target parking area corresponding to each vehicle according to the parking space allocation information , and calculate the amount of vehicles that should be parked; then calculate the new increase of vehicles in the target parking area according to the comparison image of the target parking area and the image information before the transport vehicle enters the commodity garage; finally judge whether the new increase of vehicles in each target parking area is Equal to the corresponding amount of vehicles that should be parked: if yes, all vehicles are parked correctly. The invention also correspondingly discloses a vehicle management system. The vehicle management method and system in the present invention can effectively judge whether the vehicle has reached the pre-allocated parking position, thereby improving the vehicle management effect of the commodity garage.

Description

technical field [0001] The invention relates to the technical field of ro-ro transportation of automobiles, in particular to a vehicle management method and system for a commodity garage. Background technique [0002] Maritime transport (including inland water transport) is seen as a key element of multimodal transport, which can relieve highway or railway congestion, facilitate economic trade and reduce greenhouse gas emissions. In the context of the vigorous development of maritime transportation, ro-ro transportation, as an important transportation method in the logistics of commercial vehicles and a bridge connecting sea and land transportation, plays an increasingly prominent role in the management of commercial vehicle supply chains. [0003] However, with the increase in the annual throughput of the commercial vehicle terminal, the limited parking space resources of the commercial garage (yard) has gradually become a restrictive factor for the development of ro-ro tra...

AI Technical Summary

Problems solved by technology

However, the applicant found in actual work that using the existing vehicle management methods cannot solve the actual management problems of commodity garages very well, because even if we allocate the optimal vehicle position for the vehicles loaded on the transport vehicle, the transportation The driver of the car often "parks indiscriminately" for various reasons, resulting in the unloaded vehicle not being parked in the pre-assigned parking position (in fact, no fixed parking space is allocated for each vehicle, generally it is allocated for the vehicle) An approximate area, so the vehicle only needs to be parked in the parking space in the corresponding area)

However, the commodity garage has a large area, many and dense parking spaces, and there are many vehicles loaded on the transport vehicles, making it difficult for the warehouse management personnel to judge whether the vehicle has reached the pre-allocated parking position, and once the vehicle is not unloaded to the pre-allocated parking space location, it is easy to cause other vehicles to be unable to park in the warehouse or even cause problems such as inaccessibility, resulting in poor vehicle management in the commodity garage

Images