Technical Description This invention describes a spiral filter cartridge with an internal helical blade holding granular media, forcing fluid to follow a spiral path for enhanced contact and superior contaminant removal. It outperforms conventional straight-flow designs by maximizing media exposure…
Technical Description The invention describes an eco-friendly method using natural deep eutectic solvent to extract cycloartane triterpenoid from Dysoxylum malabaricum bark for breast cancer management. Problems Addressed Molecular Inhibition Complex Production Inaccurate Optimization Limited Scalability Tech Features Pharmaceutical Industry Cancer…
Technical Description This invention describes a piston crown design with hemispherical mound, asymmetrical cavities, and flow notch for enhanced charge stratification and fuel spray redirection in GDI engines. It creates rich mixture near spark plug while enabling lean overall operation…
Technical Description The technology presents a multifunctional on-board electric vehicle power processor that features multiple circuits to charge a battery, store energy, and facilitate Vehicle-to-Vehicle energy exchange. Problems Addressed Processor Incompatibility Limited Power Unit Short Lifespan Single Mode Operation Tech…
Technical Description The invention presents a biodegradable electrocatalyst using nickel diselenide and chitosan hydrogel, enhancing charge transport for sustainable water-splitting applications. Problems Addressed Complex Preparation Time-consuming Process Expensive Catalyst Intense Heat Treatment Tech Features Biodegradable Electrocatalyst Improved Electrochemical Catalysis Calcination-free…
Technical Description This invention describes a high-sensitivity, paper-based molecularly imprinted polymer (MIP) biosensor for non-invasive glucose detection in sweat using electrochemical impedance spectroscopy. Problems Addressed Invasive Blood Testing Low Sweat Glucose Enzyme Instability Poor Selectivity High Sensor Costs Tech Features…
Technical Description This invention describes a BiFeO3-Ag nanowire nanocomposite enables flexible, room-temperature NO2 detection at sub-ppm levels. It overcomes high-temperature limitations of prior BFO sensors via Ag NW conductivity enhancement. Problems Addressed High Operating Temperatures Energy Consumption Issues Integration Complications…
Technical Description The technology introduces a device to measure the magnetocaloric effect in materials like gadolinium alloys, utilizing magnetic fields in adiabatic environments to achieve magnetic cooling through temperature changes. Problems Addressed Bulky Devices Time Consuming Complex Setup High Production…
Technical Description This invention involves a glycogen-conjugated polymeric micelle nano-formulation for targeted drug delivery, enhancing efficacy and stability for breast cancer treatment. Problems Addressed Glutaits Particle Inhibition Ineffective Drug Release Poor Encapsulation Low Efficacy Tech Features Nano-formulated Micelles Reduced Drug…
Technical Description The invention presents a lipophilic cholinesterase inhibitor, an oxadiazole piperazine compound, synthesized from benzoic acid derivatives and hydrazine, offering high for neurodegenerative conditions. Problems Addressed Ester Group Limitation Structural Instability Costly Sourcing Unsustainable Process Tech Features Lipophilic Inhibitor…
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