AMHS

2022-07-17

Layered architecture design of AMHS system control surface

 

MES/MCS/OHTS/OHTC multi-level software system architecture design, hierarchical management and control, to achieve modular implementation requirements, optimize function layout. Software function modular design: real-time order delivery system, business decision support, task decision management, real-time scheduling system, path planning system, traffic control system. Path planning system, traffic control system.

 

End-to-end material handling support

 

MCS+OHTS dispatch planning realizes end-to-end direct material handling support, and inter-Bay material end-to-end direct transmission is realized based on the layout of rail network to improve handling efficiency and transport capacity

 

Design of standardized communication and control protocol for crown-block system

 

Innovatively designed and implemented a set of AMHS control specifications and standards, realized the standardization of crown-block system, and guided the design and implementation of the scheme. McS-mes interface adopts SECS/GEM communication standard, McS-ohts interface adopts M1 interface protocol, OHTS-OHTC interface adopts M2 interface protocol, OHTC-OHT interface adopts A1 interface protocol.

 

Innovate POOL AREA planning of crown-block resource POOL

 

POOL AREA technology is introduced to realize crown-block resource scheduling and cooperative operation and improve the efficiency of crown-block operation. Establish a decision-making mechanism for sharing and allocating crown-block resources and transportation requirements in the POOL AREA. Improve system flexibility and quick response capability.