Flujo SCRAP Directo de Módem

Flowcharts & More · sequence diagram · unknown license

Describes the direct SCRAP process for a modem due to specific damage, involving damage reporting, system validation, and inventory adjustment on a pallet.

Source: https://github.com/IIAteeneaaII/InventarioV1/blob/df6f5ec5376b9f7d14d43711ed65e557bf5fcfe4/README/DIAGRAMAS_FLUJO_SIMOD.md
Curated by IIAteeneaaII
Inventory SCRAP Modem Warehouse Logistics Damage Sequence Diagram

Mermaid source

sequenceDiagram
    participant UE as UE (Empaque)
    participant UR as UR (Retest)
    participant Sistema
    participant Tarima
    
    Note over UE: Modem en tarima pos. 5
    UE->>UR: Reporta daño en modem
    UR->>Sistema: Escanea SN + Código Daño
    
    Sistema->>Sistema: Valida: Rol=UR
    Sistema->>Sistema: Valida: Fase=EMPAQUE
    Sistema->>Sistema: Valida: CodDaño presente
    
    Sistema->>Tarima: Quitar modem pos. 5
    Tarima->>Tarima: Recorrer pos. 6→5, 7→6...
    
    Sistema->>Sistema: Crear registro DIAGNOSTICADO
    Sistema->>UR: Retorno completado
    
    Note over Sistema: Modem listo para REPARACION

What this diagram shows

This sequence diagram illustrates the direct SCRAP process for a modem. It shows a UE reporting damage to UR, who then scans the modem's serial number and damage code into the system. The system validates the user's role and current phase, removes the modem from its pallet position, and adjusts subsequent positions. Finally, the system creates a 'DIAGNOSTICADO' record, indicating the modem is processed for its next step, which, in this 'SCRAP DIRECTO' case, leads to scrapping.

When to use it

Use this diagram to understand the workflow for directly scrapping a damaged modem, particularly when specific damage codes or conditions (e.g., infestation, severe cosmetic damage) necessitate immediate removal from inventory and a 'DIAGNOSTICADO' status.

How to adapt it for your project

This flow can be adapted for different product types or inventory items, by modifying validation rules for roles, phases, and damage codes. It can also be extended to include automated damage detection, integration with disposal systems, or different inventory adjustment logic for various warehouse layouts or product handling procedures.

Key concepts