Technical Description This invention relates to composite material processing and additive manufacturing, particularly an extruder system for in-situ 3D printing of particle-reinforced composites. It enables real-time mixing and deposition of primary and secondary materials to form high performance composites with…
Technical Description A AI-driven system using multi-attention mechanisms to predict protien functions efficiently with minimal trainable parameters. Problems Addressed Inefficient Feature Fusion Equal Modality Weightage High Computational Load Poor Relative Contribution Capture Limited Presiction Accuracy Excessive Trainable Parameters Low Model…
Technical Description This invention relates to a method for depositing high a-axis oriented Aluminum Nitride (AIN) thin films on Mo-coated silicon substrates using reactive RF magnetron sputtering ensuring superior crystallographic alignment and film quantity of MEMS and high frequency devices.…
Technical Description This invention is a solar powered multipurpose heat exchange system capable of distributing stored thermal energy among multiple devices such as cookers, dryers and heaters. It enables continuous, efficient, and renewable heat transfer irrespective of time and weather…
Technical Description This technology is a dual-diaphragm flow controlling apparatus designed to maintain precise hydrostatic bearing film thickness. It enables accurate pressure and flow regulation in high precision bearing systems to improve stiffness and reduce dynamic error. Problems Addressed Lacks…
Technical Description A real time deep learning-based system for detecting valvular heart diseases form phonocardiogram (PCG) singnals. Problems Addressed Complex Feature Extraction High computational load Enlarge Data Dimension Limited Disease Classification Inefficient real-time Detection Missing Audio Visualization Tech Features Real…
Technical Description A biodegradable and antimicrobial wound dressing engineered for efficient preparation, superior biocompatibility, and accelerated tissue regeneration in wound heling applications. Problems Addressed Poor Moisture Control Limited Oxygen Permeability Inadequate Exudate Absorption Bacterial Penetration Risk Painful Dressing Removal Slow…
Technical Description An electrochemical ITO electrode modified with thionine doped nanosilica for sensitive detection of platelet hyperactivity. Problems Addressed Costly Diagnostic Methods Complex Laboratory Setup Time-Consuming Procedures Skilled Operator Requirements Limited Sensitivity Poor Routine Applicability Tech Features Enhanced Electrochemical Sensitivity…
Technical Description A pre-doffing disinfection system designed to sanitize personal protective equipment and reduce infection risk during removal. Problems Addressed Infection Risk During Dotting Manual Sanitization Dependency Complex and Costly Systems UV Radiation Hazards Excessive Disinfectant Wastage Ineffective Coverage on…
Technical Description The technology provides a UV-C sanitization cabinet for the surface sanitization of a variety of daily use objects such as grocery, clothes, paper documents, currency bills/notes etc., that are frequently accessed by a person and builds a healthy…
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