Technical Description This invention is a cutting-edge system designed to optimize productivity in switch and socket manufacturing. By integrating advanced monitoring and control technologies, it enhances efficiency and streamlines the assembly line process. Problems Addressed Poor Component Quality Lack of…
Technical Description This present invention relates to a method of synthesizing 2D sulfonic acid/sulphur trioxide (SO3H/SO3) functionalized molybdenum disulphide (MoS2) nanosheets for photocatalytic dye degradation and removal of organic pollutants from the water. Problems Addressed Complex & Inefficient Synthesis Methods…
Technical Description The technology relates to a precise device for depositing fluids on thin-layer chromatographic plates, ensuring accuracy and efficiency in laboratory and industrial applications. Problems Addressed Inconsistent Spot Application Uncontrolled Fluid Dispensing Silica Layer Damage Limited Sample Reusability High…
Technical Description This present invention relates to a biosensor based on surface-enhanced Raman scattering (SERS). It features MoS2 nanostructure film, which is grown in-situ using a hydrothermal synthesis method. Problems Addressed Complex Sample Processing Low Sensitivity Bilirubin Detection Limitations of…
Technical Description This technology presents the multifunctional compounds with dual cholinesterase inhibition, neuroprotection, metal chelation, antioxidant effects, and Aβ aggregation prevention for Alzheimer’s treatment. Problems Addressed Limited Disease Modification Ineffective Aβ Aggregation Inhibition Weak Metal Chelation Capability Inadequate Neuroprotection Restricted…
Technical Description This invention focuses on the streamlined, cost-effective synthesis of polycyclic heterocyclic derivatives, incorporating pyrrole fused acridine moieties for enhanced biological applications. Problems Addressed Costly Catalysts Complex Purification Process Harsh Reaction Conditions Low Yield of Synthesized Compounds Toxic Organic…
Technical Description This present invention relates to an ultra-sparse matrix converter with auxiliary shoot-through switches to minimize the peak value of common mode voltage using advanced modulation technique. Problems Addressed Common Mode Voltage Issues Limited Modulation Index Range Switching Losses…
Technical Description The present invention relates to a multi-level inverters (MLI’s) which is directed towards a six switch five level switching capacitor-based single source double boost multilevel inverter (SSDB-MLI) featuring boost capability, lower component count and supports soft-start & quasi-resonant…
Technical Description The present technology provides a triple band absorption based terahertz refractive index sensor that operates on the principles of multiple reflections and destructive interference. It is intended for applications in refractive index sensing, gas sensing, and terahertz sensing,…
Technical Description This technology introduces a six-switch, single-phase, five-level rectifier designed for AC-DC power conversion. It achieves efficient operation while minimizing the number of power semiconductor components used. Problems Addressed Limited Conversion Efficiency High Semiconductor Component Usage Power Quality Issues…
Subscribe to Our Latest Updates!