Universidad De Alcalà

Mag Soar S.l.

Counterfog Sl

San Jorge Tecnologicas, S.l.

Counterfog Ebt De La Uah Sl

José Luis Pérez Díaz

Juan Sánchez García-casarrubios

Javier Corella Romero

Cristian Crisache

Ignacio Valiente Blanco

Efrén Díez Jiménez

Methods and apparatus for detecting biological agents suspended in air in real time. A method includes emitting towards an air sample a beam of monochromatic polarized light whose wavelength corresponds to an absorption maximum of a biological molecule. The method further includes receiving, at different scattering angles, the scattered light beam after passing through the sample and determining that there are particles in the sample that contain the biological molecules of interest if the intensity of the scattered light has a substantially higher peak than the rest of the scattered light. The amount of the biological molecules is then estimated according to the amplitude of the peak. The size of the particles containing the biological molecules is also estimated as a function of the scattering angle where the peak was detected.

Method and system for real-time detection of biological agents suspended in the air

The present invention relates to a system, and the method of application thereof, for washing and decontamination comprising nebulizing means () of a mixture of at least one first gas and at least one first liquid, and pressurizing means () of said first gas, wherein said pressurizing means () are in fluid communication with a first pressure-regulating valve () and with a second pressure-regulating valve (), the first pressure-regulating valve () being in fluid communication with a first pressurized tank () through first inlet means () of said first gas, the first pressurized tank () being configured to contain the first liquid, and comprising first outlet means () of said first liquid to the nebulizing means () through a first valve (), at a first pressure that is greater than atmospheric pressure, and wherein the second pressure-regulating valve () is in fluid communication with said nebulizing means (), and is configured to pressurize the gas at a second pressure that is greater than atmospheric pressure.

Cleaning system by means of artificial mist

Magnetic vibration damper includes three coaxial elements: a first coaxial element with first permanent magnets, a second coaxial element with first soft magnets and a third coaxial element with second permanent magnets. The first soft magnets are located between the first permanent magnets and the second permanent magnets in a radial direction. The spacing of the second permanent magnets is larger than the spacing of the first permanent magnets. The damper further includes an energy conversion component, such as conductive layers or coils to convert the mechanical movement of the magnets into heat or electric current.

Enhanced magnetic vibration damper with mechanical impedance matching

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Madrid, Spain

José Luis Pérez Díaz