| Title | Abstract |
|---|---|
| Interactive Optical System and Method Thereof for Representing Motifs in Three-Dimensional Plane | This invention presents an interactive optical system designed to represent motifs in a 3D plane. |
| Deposit Forming Wire Fin and Tube Heat Exchanger | The invention relates to a wire fin and tube heat exchanger designed for enhanced thermal performance and durability. |
| A Single Stage or a Multi Stage Vapour Recompression System for Recovering Solvent and Process Thereof | The invention pertains to a compact, single or multistage vapour recompression system and process for efficient solvent recovery from liquid or solid feedstocks. |
| Apparatus for Efficient Heat Capture | There is a growing need for efficient solar energy systems that provide strong economic returns and reliable storage solutions. The present invention addresses this with an integrated apparatus for collecting and storing solar energy. |
| Integrated Magnetic Design for Medium/High-Frequency Transformers with Load-Current Dependent Variable Leakage Inductance | A new transformer design embeds a thin, high-permeability magnetic tape layer interleaved/interposed within its windings. |
| A Novel Segmented-Rotor Synchronous Machine with Dual-Field Configuration Having Inherent Decoupling Capability | A new electric motor design blends small permanent magnets with traditional copper windings in a clever, fully mixed layout in the rotor. |
| Partial Power Rated Ripple Power Compensation Circuits for Matrix Converter Based Isolated AC-DC Converters | A new circuit design for converting single-phase AC power to DC power has been developed to smooth out the double-line-frequency power fluctuations inherent in single phase systems. |
| A Hybrid Excited Synchronous Machine | A new electric motor design merges the best of permanent‐magnet and electrically‐excited machines into one “hybrid” rotor. |
| Systems and Methods for Scheduling of Self-Backhaul Links in Millimeter Wave Networks | This invention provides a method for scheduling self-backhaul links in millimeter wave (mmWave) networks with low latency. |
| System and Method for Assigning Mobile Relays in Millimeter Wave Networks | This innovation is a method and system for assigning one or more mobile relays to source-destination pairs and intermediate stops in millimeter wave (mmWave) networks, achieving high data rates between sources and destinations. |
Industrial Research And Consultancy Centre
