SAKURA-V: "Silage Board" APM

The automated workplace "Silage Board" is designed for tracking the placement of grain batches on the elevator, taking into account quantitative and qualitative indicators, and allows for monitoring the movement of grain at the elevator.

Main functions of the "Silage Board" APM

• Managing the grain placement plan;
• Manual data adjustment for silo contents;
• Accounting for silo cleaning;
• Accounting for grain arrival by road transport;
• Controlling grain unloading by road transport;
• Accounting for grain arrival by rail transport;
• Printing a journal of grain arrival by rail transport;
• Accounting for grain and grain waste dispatch by road transport;
• Accounting for grain dispatch by rail transport;
• Printing a journal of grain and grain waste dispatch by road and rail transport;
• Printing invoices;
• Accounting for internal grain movement;
• Accounting for grain inventory;
• Summary of inclines for inventory purposes;
• Batch operations;
• Accounting for grain sent for processing;
• Accounting for grain sent for drying;
• Formulating technological mixtures;
• Formulating milling batches;
• Accounting for grain released for processing;
• Accounting for grain, grain waste (1st and 2nd category), by-products, or screenings released by road or rail transport;
• Accounting for received grain waste (1st and 2nd category) and by-products after processing at the grain elevator;
• Generating reports on the disposal of unfit waste;
• Generating reports on the movement of bakery products and packaging at elevators and warehouses;
• Maintaining an operations journal;
• Maintaining internal movement journals for weighing scales 1, 2, and 3;
• Maintaining journals for weighing scales at milling plants 1 and 2;
• Maintaining a measurement journal;
• Maintaining a silo history;
• Maintaining a silo condition history.

Each silo is assigned a silo tag specifying the stored crop name, its class, quality indicators, weight, and either the filling or emptying date.

Diagram of grain placement in elevator silos with quantitative and qualitative indicators