Logistics site equipment efficiency optimization method and system

Abstract

The invention discloses a logistics site equipment efficiency optimization method and system. The method comprises the following steps: acquiring site data, and analyzing and processing the site data;extracting equipment parameter information and production operation data which are analyzed and processed in the field data; establishing an equipment single-machine model according to the equipmentparameter information; based on the equipment single-machine model, establishing a block process model in combination with a linkage relationship between equipment; and inputting the production operation data into the block flow model to output a simulation result, and optimizing the equipment efficiency according to the simulation result. According to the method, the stand-alone simulation modelis established according to the equipment principle, the actual condition of equipment operation is restored to the maximum extent, rapid modeling of a complex system can be achieved through block modeling, and the relation between stand-alone simulation models does not need to be established one by one.

Description

technical field [0001] The invention generally relates to the field of logistics technology, and in particular to a method and system for optimizing efficiency of logistics site equipment. Background technique [0002] System simulation is to model the real system, build a simulation model of the real system in the computer, and use this model to complete various schemes. Compared with the real scheme, this time period, high efficiency, low cost, and for The actual job has no influence, and the real job is specified by the simulation results. At present, simulation technology has been used in the field of logistics, such as scheme comparison, resource allocation, and problem improvement. With the continuous expansion of logistics business, it is difficult to rely on traditional simulation software for modeling and analysis to meet the needs of actual operations. It is necessary to integrate more actual business content into traditional simulation software to meet the increa...

AI Technical Summary

Problems solved by technology

With the continuous expansion of logistics business, it is difficult to meet the needs of actual operations by relying on traditional simulation software for modeling and analysis. It is necessary to integrate more actual business content into traditional simulation software to meet the increasing demand

[0003] At present, the number of equipment used in the transfer field of the express delivery industry is determined by the site manager based on static data and management experience. The management method lacks scientific basis and has many shortcomings.

First of all, the transit process of express delivery is a dynamic system with multiple process links interlocking. The number and efficiency of equipment calculated based on static data deviate greatly from the actual situation, and cannot truly reflect the real efficiency of equipment use.

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