Plate preparation line overview
One screen for customer demo: system status, ASRS occupancy, AMR mission queue, station layout, current AMR position and live traceability events.
Plant Layout / Machine Call Points
Clickable demo machine map based on BCL, 3G AFL and 4G AFL process names. IDs shown here are demo IDs and can be replaced with official customer IDs.
Active Mission
Current AMR mission state machine.
Mission Queue
Demo dispatch queue created by ASRS or AMR GUI.
ASRS Bay Occupancy
Occupancy by bay.
Scan QR / open drawer / register plate
Operator-facing flow for incoming plates: scan router or QR, select/open drawer, confirm plate load, register slot in database, then request AMR pickup for laser or process station.
Incoming Scan & Plate Registration
Supports scanner wedge input, manual key-in, or future camera QR integration.
ASRS Drawer / Slot Layout
Select a drawer, then open / load / register. Green means occupied, amber means reserved for AMR.
Selected Drawer Detail
Drawer state, plate record and available actions.
Destination Selection
For POC, dispatch can be triggered from this web app. Phase 2/3 can trigger from machine HMI or MES.
ASRS Checklist
Demo validation gates before a plate can be released.
Call AMR / pickup / dropoff / add machine
Tablet-style AMR GUI for proof-of-concept operation. It can call a mission, choose a machine, run pickup/dropoff steps, and maintain AMR rack or drawer load status.
Robot Status
Current Mission Steps
Onboard Rack / Drawer Slots
Touch Controls
Manual Mission Command
Select plate, source, destination and action. This is the POC screen for customer demo.
AMR / ASRS Options
Switch demo mode to match package discussion.
For higher plate carrying capacity; demo rack view changes to larger drawer capacity.
Compact blue-base rack concept; demo capacity capped at 4 plate positions.
Add / Edit Machine Call Point
For customer review: add missing machine ID or temporary station without changing source code.
Graphical demo logic for software discussion
These diagrams show how the Web App HMI, ASRS, AMR fleet layer, laser/scanner, machine interface, MES and traceability database connect.
Proposed Control Architecture
POC uses this Web App as the main command HMI. Later phases replace manual button triggers with machine / MES interface events.
Plate Handling Flow Chart
Demo logic from incoming plate to ASRS registration, laser decision, AMR pickup and delivery to process station.
POC Demo
Web App and AMR GUI create missions manually. Operator chooses drawer, plate and machine. Good for customer demo and UAT discussion.
Phase 2 Integration
Machine HMI exposes pickup/dropoff call point. Same dispatcher receives machine request and updates machine availability/interlock status.
Phase 3 Integration
MES/WMS schedule controls job priority, recipe route and automatic release. AMR/ASRS events close the traceability loop.
Event history and demo database
Every button press writes a timestamped event to show how customer traceability can be presented.
Audit Events
Latest event first.
Demo Plate Database
Current simulated records.
Machine Directory
Source + user-added machine call points.