This course mainly explains the design specifications of the three-dimensional warehouse, including: the design rules of the shelf, the calculation of the efficiency of goods entering and leaving the warehouse, the calculation of the weight of the shelf, the design of the stacker, the calculation of the efficiency of the conveyor line, the explanation of the case design of the three-dimensional warehouse This course is designed for three-dimensional warehouse design and planning engineers, and uses a variety of computer design aided computing software to enhance the ability of designers.
Course Introduction
1. Shelf design specification explanation? Explain
the details, composition, and structure of the shelf in detail, how to plan the layout of the shelf, the storage of goods, the precise size layout of the shelf and the stacker, the reinforcement of the shelf, fire protection, etc.
2. Calculation of cargo loading and unloading efficiency
Use mathcad engineering calculation tool to simulate the loading and unloading process of the stacker through mathematical calculations. Calculate the loading and unloading efficiency of the stacker. Just change the necessary parameters to calculate the loading and unloading of various shelves Efficiency, once and for all.
3. Calculating the total weight of the shelf
Use Excel + VBA to calculate the weight of the shelf. Enter the necessary parameters of the shelf to calculate the overall weight of the entire three-dimensional warehouse, once and for all. Provide support for the proposal quote.
4. Design
of stacker Introduce the composition and movement principle of stacker, explain the detailed design of stacker
5. Calculation of the efficiency of the conveyor line
Use mathcad engineering calculation tools to simulate the movement process of the conveyor line (hoist) through mathematical calculations to calculate the efficiency of the delivery and storage of the conveyor line (hoist).
6. The overall scheme design of the
three-dimensional warehouse
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