Technical Description The present invention introduces a resonant amplification system for displacement with the ability of allowing high-precision, nearly perfectstraight-line scanning at high speeds and over extended ranges. Furthermore, the new displacement amplification system effectively compensates for significant parasitic errors…
Technical Description This invention introduces an auto-robotic vacuum-based screwing system designed for cluster assembly. It features real-time torque derection and automatic torque detection and automatic torque adjustment, ensuring precise screw insertion. improved accuracy, and enhanced productivity by reducing manual effort…
Technical Description The invention introduces a novel method for achieving precision guidance through a double parallelogram flexure mechanism operating in a vertical plane. By optimizing the geometry of the beam pairs and accounting for the weights of the associated masses,…
Technical Description The technology introduces an ultra-wideband receiver that detects and analyzes signals in wide frequency ranges using dual Fast Fourier Transforms (FFTs) and smart sorting techniques, ensuring accurate and fast processing for various applications. Problems Addressed Inefficient Signal Detection…
Technical Description The present invention relates to a highly porous scaffold for orthopedic application that is made utilizing waste materials. Problems Addressed Expensive Complex Methods Low Porosity No Shapes & Dimensions Control Tech Features High Porosity Enhanced Compressive Strength Simple…
Technical Description This invention pertains to a method and an optomechanical scanner for three-dimensional focused laser beam spot scanning. The scanner is specifically designed for microstereolithography, a technique used in fabricating microstructures like micromechanisms, microdevices, and microchannels. However, its applications…
Technical Description The present invention relates to a gearless spherical robot, and more particularly to an innovative design that includes a yoke plate and pendulum assembly, thus eliminating the use of gears. This unique configuration, with specially shaped pendulums, makes…
Technical Description This invention relates to enhancing the resilience of power distribution systems, focusing on pre-disaster planning and real-time response strategies to ensure efficient recovery during extreme weather events. Problems Addressed Extreme Weather Damage Critical Areas Power Outages Slow Fault…
Technical Description The present invention relates to the development of a synergistic nano-hybrid structure of 2-D molybdenum disulfide (MoS2) on 1-D MoNi4/MoO2 nanorods. Problems Addressed Expensive Low Catalytic Performance Limited Active Sites Complex Synthesis Shortcomings of Existing Methods Restricted Electron…
Technical Description An eco-friendly, cost-effective and sustainable dual-mode evaporative cooler designed for composite climates that functions in both direct and indirect cooling modes. Problems Addressed Ineffective in Extreme Climates Expensive Setup Cost High Power Consumption Lack of Dual Mode Cooling…
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