Abstract
In this paper, in view of the poor delivery efficiency of the warehouse, the theoretical analysis and mathematical modeling are closely linked by collecting and statistics data of a large number of data from single storehouse and single warehouse. The qualitative analysis and quantitative calculation are combined with a large number of actual data obtained by actual operation. Based on this, a discriminant model of the outgoing mode based on EIQ analysis is established to solve the data into the model. It can be seen from the verification results that the error of the time difference of the way out of the warehouse can be less than ±25 s, and it can be proved that the model is practical and reasonable in the selection decision for the way of out of the storehouse, and can provide reference for the selection of a batch order. Finally, the optimized scheme of the outlet of the solid warehouse is obtained, which improves the warehouse outgoing efficiency.
Highlights
After investigation of the logistics distribution center, after re-planning the traveling route of the stacker crane and the related strategy of using the partitioned storage, these practices have improved the operating efficiency of the stacker crane in the three-dimensional warehouse, but there are still many problematic limitations
It can be seen from the verification results that the error of the time difference of the way out of the warehouse can be less than ±25 s, and it can be proved that the model is practical and reasonable in the selection decision for the way of out of the storehouse, and can provide reference for the selection of a batch order
It is found that the key to solving the outbound efficiency of the three-dimensional warehouse area is how to effectively reduce the outbound storage
Summary
After investigation of the logistics distribution center, after re-planning the traveling route of the stacker crane and the related strategy of using the partitioned storage, these practices have improved the operating efficiency of the stacker crane in the three-dimensional warehouse, but there are still many problematic limitations. 2) If a warehouse is single-selected and warehoused, the number of operations will be many, it will take a long time and the efficiency will be low. The mathematical model is set up according to the data obtained by the EIQ analysis. After modeling, it is verified in the virtual central system. The EIQ analysis is used to establish the judgment model of the outbound method, so that the appropriate outbound method can be selected according to different orders, and the outbound operation time can be reduced. The final conclusions show that the research improves the warehouse outbound efficiency and the service quality of the enterprise, which can provide certain reference value for the practical problem solving of the enterprise
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