Abstract: A monitoring system comprises a floor covering with a sheet-type pressure sensor and a sensor control unit. The latter includes an ADC for providing a digital raw signal, a microcontroller configured to carry out data extraction by signal processing of the digital raw signal and generating a digital processed signal having a lower digital bandwidth than the digital raw signal, and a communications module connected to or integrated within the microcontroller so as to receive the digital processed signal. The communications module is configured to establish data communication with one or more database servers and to transmit the extracted data to the one or more database servers.

Abstract: The invention relates to surface covering elements for integrating at least one electronic device electrically powered by conductive circuit in a surface covering. The surface covering element comprises at least one, preferably at least two, electrically conductive strip conductors arranged within the surface covering element between its front and back surfaces and at least one recess opening into the back surface between so as to uncover the at least one electrically conductive strip conductor over a certain length. The at least one recess may comprise one or more device recesses and/or one or more connector recesses. Any device recess is preferably placed within the interior of the back face area, whereas any connector recess is preferably placed at an edge of the back face area.

Abstract: A monitoring system comprises a floor covering with a sheet-type pressure sensor and a sensor control unit. The latter includes an ADC for providing a digital raw signal, a microcontroller configured to carry out data extraction by signal processing of the digital raw signal and generating a digital processed signal having a lower digital bandwidth than the digital raw signal, and a communications module connected to or integrated within the microcontroller so as to receive the digital processed signal. The communications module is configured to establish data communication with one or more database servers and to transmit the extracted data to the one or more database servers.

Abstract: An aspect of the invention relates to a floor construction, comprising: o plural layers, the plural layers comprising at least one top layer and at least one subjacent layer underneath the at least one top layer, o and light sources arranged in one or more patterns in the at least one subjacent layer; o wherein the at least one top layer is translucent so as to hide the light source as well as the patterns when the light sources are off and to reveal the one or more patterns when the light sources are on.

Abstract: The invention relates to an office device having multiple spatial configurations, including a first work surface and a second work surface, each of the two surfaces having a longitudinal axis and a transverse axis. The first work surface is connected, near a first end thereof, to the second work surface by assembly means enabling rotation of the first surface between a stowed position, in which the longitudinal axes of the work surfaces are aligned, and deployed positions, in which the longitudinal axes of the work surfaces are not aligned. The device is characterized in that the assembly means enable the sliding of the first surface along the longitudinal axis of the second work surface, as well as a rotation by an angle of no less than 90° at any point in the sliding path.

Abstract: The invention relates to an office device having multiple spatial configurations, including a first work surface and a second work surface, each of the two surfaces having a longitudinal axis and a transverse axis. The first work surface is connected, near a first end thereof, to the second work surface by assembly means enabling rotation of the first surface between a stowed position, in which the longitudinal axes of the work surfaces are aligned, and deployed positions, in which the longitudinal axes of the work surfaces are not aligned. The device is characterized in that the assembly means enable the sliding of the first surface along the longitudinal axis of the second work surface, as well as a rotation by an angle of no less than 90° at any point in the sliding path.