Railway yard container intelligent loading and unloading control system

Abstract

The invention discloses a railway yard container intelligent loading and unloading control system. The intelligent loading and unloading control system (RYECS) is responsible for receiving instructions from a railway yard management system (RYMS), automatically planning an operation route of mechanical equipment and controlling operation of the equipment, commanding the equipment to complete operation, meanwhile, feeding back operation states and results of relevant operation tasks to the railway yard management system (RYMS), the railway yard management system (RYMS) specifically comprises anequipment control system (ECS) and a remote control system (ROCS), the equipment control system (ECS) is used for controlling automatic loading and unloading equipment level events and processes, andthe remote control system (ROCS) is used for allowing technicians to monitor an operation state of an entire yard, and capable of controlling yard machines manually. The disclosed control system canimprove the safe reliability and the quality of service of railway yard operation, the loading and unloading efficiency of a railway yard is improved, the labor intensity and the operation risk of operating personnel of the railway yard are lowered, and intelligent development and upgrading of the railway yard are promoted.

Description

technical field [0001] The invention relates to an intelligent control system, in particular to an intelligent loading and unloading control system for containers in railway yards. Background technique [0002] Railway container transportation is the development direction of modern railway freight transportation and an important link in the implementation of container multimodal transportation. In recent years, railway container transportation has developed rapidly, but there are problems such as backward loading and unloading machinery and imperfect management information systems, which lead to slow loading and unloading of goods during transportation, which greatly hinders the development of railway container transportation. Therefore, the update of special equipment for railway container handling and the application of equipment control system are imminent. [0003] At present, most railway stations rely heavily on labor, and the loading and unloading level of crane driv...

AI Technical Summary

Problems solved by technology

[0003] At present, most railway stations rely heavily on labor, and the loading and unloading level of crane drivers and the operating efficiency of truck drivers seriously affect the loading and unloading efficiency; resource allocation in the field, such as the allocation of railway track cranes, the ratio of container trucks, The distribution of operating machinery in the yard, etc., is mostly based on the situation of the stopped trains or on-site task assignment based on experience, lacking top-level planning; the storage capacity and management level of the yard, the arrangement and management level of the operation line, etc. lack unified management and interaction , it is difficult to achieve smooth information and timely control, which affects the smooth progress of operations and leads to low loading and unloading efficiency

[0004] In the traditional manual operation mode, the efficiency is low, and the working environment of the workers who operate the railway track cranes, field bridges, etc. is harsh

Images