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US11234567_Machine_Learning_Maintenance.pdf
2.4 MB • 45 pages
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EP3456789_Sensor_Fusion_System.pdf
1.8 MB • 32 pages
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2
Documents
77
Total Pages
23
Claims Found
156
Entities Extracted

Auto-Generated Summary

The uploaded documents describe innovative systems for predictive maintenance and equipment monitoring. The primary invention (US11234567) discloses a machine learning approach using neural networks to analyze sensor data and predict equipment failures. Key technical features include real-time data processing, multi-sensor fusion, and adaptive learning algorithms. The system achieves 75% reduction in unplanned downtime according to the specification.

Key Technical Features

Neural Network Ensemble Algorithm
Real-time Sensor Processing Method
Predictive Maintenance Engine System
Multi-modal Data Fusion Technique

Named Entity Recognition

Organizations

IBM Corporation12 mentions
Google LLC8 mentions
Siemens AG6 mentions
Microsoft4 mentions

Technical Terms

Machine Learning45 mentions
Neural Network38 mentions
Sensor Data32 mentions
Predictive Model28 mentions

Patent References

US10234567Prior Art
US9876543Prior Art
WO2019123456Citation
EP2345678Citation

Dates & Numbers

2022-03-15Priority Date
75%Performance Metric
1 secondLatency Spec
10,000 samplesTraining Data

Claims Structure Analysis

Claim Hierarchy

1. A method for predictive maintenance...
├─ 2. The method of claim 1, wherein the ML model...
├─ 3. The method of claim 1, further comprising...
│ └─ 4. The method of claim 3, wherein...
└─ 5. The method of claim 1, wherein...

6. A system for predictive maintenance...
├─ 7. The system of claim 6, further comprising...
└─ 8. The system of claim 6, wherein...

9. A non-transitory computer-readable medium...

Claim Statistics

3
Independent
6
Dependent
Claim Type Count Avg Words
Method 5 85
System 3 72
CRM 1 45

Document Comparison

Feature US11234567 EP3456789 Similarity
Technical Field Predictive Maintenance Equipment Monitoring
Core Innovation ML-based prediction Sensor fusion
Claim Scope Method + System System + Apparatus
Application Domain Industrial IoT Manufacturing
72%
Overall Similarity
15
Shared Concepts
8
Unique to Doc 1
6
Unique to Doc 2