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12-09-2017 |
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ME |
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193633 |
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B+ |
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HINDUISM |
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1-3570143579 |
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12-09-2017 |
| Teaching | Research | Industry |
|---|---|---|
| 98 | 60 | 0 |
| Committee Name | Start Date | End Date |
|---|---|---|
| DAC(ME) | 11-03-2026 | 03-06-2026 |
| FDP-MANUFACTURING&THERO.FLUID (2025-26/02) | 19-11-2025 | 14-03-2026 |
| FDP 2025-26 SMART MANUFACTURING IN INDUSTRIES | 08-09-2025 | 21-11-2025 |
| Title | Patent Number | Patent Office | Date | Status | Country | Application No. | Abstract | Expiration Date |
|---|---|---|---|---|---|---|---|---|
| AI-POWERED PARAMETER OPTIMIZING HYBRID LASER AND ARC WELDING APPARATUS | 453307-001 | Kolkata | 28-03-2025 | Under Process(awaiting for Technical Examination) | India | 206676 | The AI-powered parameter optimizing Hybrid laser and arc welding apparatus integrates laser and arc welding technologies to enhance precision, efficiency, and adaptability across industrial applications. The apparatus is a compact, intelligent control unit equipped with an advanced machine learning framework that dynamically adjusts critical welding parameters, including power, speed, and material response. By leveraging real-time data acquisition, predictive modeling, and adaptive learning algorithms, the system ensures consistent weld quality, defect minimization, and process stability. The AI-powered optimization enables automatic compensation for variations in material thickness and environmental conditions, significantly improving joint strength, operational efficiency, and overall productivity. With applications spanning automotive manufacturing, aerospace engineering, and heavy industries, this technology represents a significant advancement in welding automation, reducing reliance on manual intervention while enhancing reliability, adaptability, and manufacturing throughput. | 28-03-2029 |
| ADVANCED GAS SHIELDING SYSTEM FOR IMPROVED WELD QUALITY AND REDUCED SPATTER | 202531014459 | Kolkata | 19-02-2025 | Published | India | 202531014459 | The present invention provides an advanced gas shielding system that incorporates intelligent control mechanisms to regulate gas flow and distribution in real time. The system includes an adaptive gas nozzle, a flow control unit, and a feedback mechanism to dynamically adjust shielding parameters based on welding conditions. The proposed system significantly improves gas efficiency, enhances arc stability, reduces spatter, and ensures high-quality welds by maintaining optimal shielding throughout the welding process. The system is applicable to various welding techniques, including Gas Metal Arc Welding (GMAW), Gas Tungsten Arc Welding (GTAW), and Plasma Arc Welding (PAW). | 19-02-2029 |