Unmann Weighbridge Software

Unmann Weighbridge Software

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FAQ Section

Common Questions

Q: What happens if the system fails?
A: Multiple redundancy systems with manual override options. 24/7 support with rapid response.

Q: How do drivers learn to use the system?
A: Simple intuitive interface, on-screen instructions, multi-language support, and instructional videos.

Q: Can we integrate with our existing ERP?
A: Yes, we support all major ERP systems through REST APIs and standard interfaces.

Q: What about security and fraud prevention?
A: Multiple layers including vehicle profiling, weight pattern analysis, and real-time monitoring.

Q: How long does implementation take?
A: Typically 4-6 weeks from order to full operational deployment.

Β Fully Automated Unmanned Weighbridge Software – 24/7 Operation Without Manual Intervention

Revolutionize your weighing operations with ourΒ completely unmanned weighbridge softwareΒ that enables 24/7 truck scale operations without any human supervision. Leveraging advanced RFID, automatic number plate recognition (ANPR), and self-service kiosk technology, this system eliminates labor costs while ensuring 99.9% accuracy and complete operational transparency.


Core Automation Features

πŸ€– Complete Automation Stack

  • RFID Vehicle Identification: Automatic tag reading for authorized vehicles

  • ANPR Camera Systems: License plate recognition for unknown vehicles

  • Self-Service Kiosks: Driver-operated weighing terminals

  • Auto Ticket Printing: Instant digital and physical tickets

  • Barrier Gate Control: Fully automated entry and exit systems

⏰ 24/7 Operation Benefits

  • Zero Labor Costs: Operates continuously without operators

  • Increased Throughput: Handle 3x more vehicles daily

  • No Shift Limitations: Round-the-clock weighing operations

  • Reduced Human Error: 99.9% weighing accuracy maintained


Technical Architecture

System Components

Component Function Benefit
RFID Readers Vehicle identification Secure, instant vehicle recognition
ANPR Cameras License plate capture Backup identification method
Self-Service Kiosks Driver interface Simple operator-free weighing
Auto Barrier Gates Traffic control Automated vehicle flow management
Digital Signage Instructions & status Clear driver communication

Software Specifications

Feature Specification Impact
Uptime 99.95% availability Continuous operation
Security AES-256 encryption Tamper-proof records
Integration REST API, Web Services Seamless ERP connectivity
Backup Real-time cloud sync Zero data loss
Compliance Legal for trade Regulatory approval

Weighing Process Automation

Fully Automated Weighing Cycle

python
def automated_weighing_process():
    # Step 1: Vehicle approaches weighbridge
    vehicle_id = identify_vehicle()  # RFID or ANPR
    
    # Step 2: Automatic data capture
    if vehicle_id in authorized_database:
        auto_open_gate()
        capture_gross_weight()
        display_instructions()
    else:
        direct_to_kiosk()
        driver_input_required()
    
    # Step 3: Processing
    auto_calculate_net_weight()
    generate_digital_ticket()
    update_central_database()
    auto_print_ticket_if_required()
    
    # Step 4: Exit
    auto_open_exit_gate()
    record_transaction_complete()

Vehicle Identification Methods

  • RFID Tags: Fastest method (2-3 seconds)

  • ANPR Cameras: Backup identification (5-8 seconds)

  • QR Code Scanning: Mobile-based entry

  • Manual Entry: Kiosk input for rare cases


Self-Service Kiosk System

Driver Interface Features

text
πŸš› WELCOME TO UNMANNED WEIGHBRIDGE
1. SCAN RFID TAG β†’ [Hold tag near reader]
2. OR ENTER VEHICLE NUMBER β†’ [Use keypad]
3. SELECT MATERIAL TYPE β†’ [Touchscreen]
4. FOLLOW VOICE INSTRUCTIONS β†’ [Weighing process]
5. COLLECT TICKET β†’ [Auto-print]
6. PROCEED TO LOAD/UNLOAD β†’ [Gate opens automatically]

Kiosk Hardware Specifications

  • Weatherproof Enclosure: IP65 rated for outdoor use

  • Touchscreen Display: 15-21 inch industrial grade

  • RFID Reader: UHF/LF frequency support

  • Ticket Printer: Thermal auto-cutter

  • Surveillance Camera: Integrated for security


Security & Fraud Prevention

Advanced Security Measures

  • Weight Stabilization Control: Capture only stable readings

  • Time-stamped Photos: Vehicle images with each transaction

  • Digital Signature: Cryptographically signed weight records

  • Suspicious Activity Alerts: Real-time monitoring and alerts

Fraud Prevention Features

python
def detect_fraud_attempts():
    check_weight_stability()        # Prevent rocking vehicles
    verify_vehicle_consistency()    # Match gross/tare profiles
    analyze_weighing_patterns()     # Identify suspicious patterns
    cross_check_material_types()    # Validate against history
    trigger_manual_review_if_suspicious()

Integration & Connectivity

Enterprise System Integration

text
Unmanned Weighbridge β†’ Cloud Platform β†’ Business Systems
         ↓                    ↓               ↓
    Vehicle Data      β†’    Real-time API   β†’  ERP
    Weight Records    β†’    Data Stream     β†’  Accounting
    Customer Portal   β†’    Web Services    β†’  CRM

Supported Protocols & Interfaces

  • RFID Systems: EPC Gen2, ISO 18000-6C

  • Camera Integration: ONVIF compatible IP cameras

  • Scale Indicators: RS-232, Ethernet, USB

  • ERP Connectivity: SAP, Oracle, Custom APIs


Real-Time Monitoring & Control

Central Control Room Dashboard

text
🏭 UNMANNED WEIGHBRIDGE NETWORK - LIVE
β”œβ”€β”€ Site 1: 45 vehicles today | Current: 2 in queue
β”œβ”€β”€ Site 2: 67 vehicles today | Current: System normal
β”œβ”€β”€ Site 3: 23 vehicles today | Current: 1 at kiosk
└── Network Status: All systems operational

πŸ”” RECENT ALERTS
β”œβ”€β”€ Vehicle 1245: Weight fluctuation detected
β”œβ”€β”€ Kiosk 3: Paper low warning
β”œβ”€β”€ Camera 2: Requires cleaning
└── All other systems: Normal

πŸ“Š PERFORMANCE METRICS
β”œβ”€β”€ Avg Weigh Time: 2.5 minutes
β”œβ”€β”€ Success Rate: 99.8%
β”œβ”€β”€ Fraud Attempts: 0 today
└── System Uptime: 100%

Remote Management Features

  • Live Camera Feeds: Real-time video monitoring

  • System Health Monitoring: Proactive maintenance alerts

  • Remote Configuration: Software updates and changes

  • Mobile App Access: Management from anywhere


Industry Applications

⛏️ Mining & Resources

  • 24/7 Ore Haulage: Continuous mining operations

  • Contractor Management: Third-party vehicle tracking

  • Production Reporting: Real-time extraction data

  • Royalty Calculations: Automated government reporting

πŸš› Logistics & Distribution

  • Fleet Management: Own and third-party vehicle tracking

  • Shipping Verification: Outbound load confirmation

  • Route Optimization: Load planning efficiency

  • Customer Billing: Automated invoice generation

♻️ Waste & Recycling

  • Inbound Weighing: Receiving facility automation

  • Material Grading: Automatic categorization

  • Supplier Payments: Weight-based calculations

  • Environmental Reporting: Compliance automation

πŸ—οΈ Construction & Aggregates

  • Material Dispatch: Automated outbound weighing

  • Project Tracking: Job-wise material allocation

  • Supplier Reconciliation: Automated receipt processing

  • Quality Control: Material specification compliance


Cost-Benefit Analysis

ROI Calculation Example

text
TRADITIONAL WEIGHBRIDGE (Manned)
β”œβ”€β”€ Operators: 3 shifts Γ— 1 operator = 3 personnel
β”œβ”€β”€ Salary Cost: $150,000 annually
β”œβ”€β”€ Operating Hours: 18 hours/day max
β”œβ”€β”€ Human Errors: 2-5% inaccuracies
└── Throughput: 80-100 vehicles/day

UNMANNED WEIGHBRIDGE
β”œβ”€β”€ Operators: 0 (fully automated)
β”œβ”€β”€ Salary Cost: $0
β”œβ”€β”€ Operating Hours: 24/7 continuous
β”œβ”€β”€ Accuracy: 99.9% automated precision
└── Throughput: 200-300 vehicles/day

ANNUAL SAVINGS: $150,000 + 200% capacity increase
PAYBACK PERIOD: Typically 6-9 months

Implementation Timeline

Phased Deployment (4-6 Weeks)

Week 1-2: Infrastructure Setup

  • Hardware installation (RFID, cameras, kiosks)

  • Network connectivity establishment

  • Server and software installation

Week 3-4: System Configuration

  • Vehicle database setup

  • User and permission configuration

  • Integration with existing systems

  • Testing and validation

Week 5-6: Go-Live & Optimization

  • Driver training and communication

  • Live operation with monitoring

  • Performance optimization

  • Support handover