The invention is a single-layer microfluidic device designed for three-dimensional hydrodynamic focusing of a sample fluid using a sheath fluid.

This invention is a novel lighter-than-air platform (LTAP) optimized for solar power generation. The system incorporates aerostats to elevate the platform, which is equipped with solar photovoltaic (PV) modules.

This invention focuses on optimizing the layout of solar photovoltaic (SPV) modules on lighter-than-air platforms (LTAPs) to maximize power generation.

The invention is an Intellectual Property Management System (IPMS) designed to enhance the efficiency of IP management within organizations.

The patent describes a paperfluidic device tailored for regular monitoring of oral health.

The Panel Heat and Mass Exchanger is designed to handle both heat and mass transfer processes. It can be used for air conditioning, heating, cooling, drying, and separating mixtures through selective condensation or freezing.

The invention introduces a solar heat collector combined with an integrated storage device using evacuated glass tubes. This system is designed to efficiently collect, store, and deliver solar heat as needed.

The invention introduces a two-body, zero-contoured, lighter-than-air platform designed for optimized solar power generation.

This invention introduces a conductive geotextile designed for enhanced electrical conductivity and mechanical stability.

This invention utilises advanced materials and design strategies to enhance the efficiency and functionality of solar heating systems.