Abstract: The sheath forms, in the mounted state, a flexible tubular casing configured to receive the cable. The sheath includes comprises elongated elements such as wires or strips, which include elongated elements of a first type, made of at least one electrically conductive material; and elongated elements of a second type, different from the first type, made of at least one material having sufficient magnetic properties to produce the shielding effect. The elongated elements are assembled in a crisscross manner and/or forming an encircling, and the sheath is produced in the form of an initially substantially flat sheet, suitable for being wound around the cable.

Abstract: A system and method for real-time management of liquid bottles contents in a restauration establishment includes a controller and at least one bottle support base coupled to the controller. Each bottle support base includes a bottle-receiving surface, a first sensor that produces a first signal indicative of a weight of a bottle deposited on the surface; a second sensor for reading an identification element on the bottle and for producing a second signal indicative thereof; and a transmitter for transmitting to the controller data indicative of the first and second signal. The controller implements numerous functionalities that are derived from its assessment of the volumes of alcohol in the bottles using the data received from the support bases.

Abstract: The invention relates to a fabric for electromagnetic shielding having a weave of interlaced weft threads (2) and warp threads (3). In addition, the warp threads (3) are conductive and include multi-filament or mono-filament textile conductors associated with metal strands and at least one conductive warp thread (4) is inserted into a weft such as to create equipotential bonding perpendicular to the direction of the warp threads (3).

Abstract: A system and a method are provided for sampling and analyzing organic material, including soil, fertilizer, manure and leaves. A sample container having porous sidewalls and a unique identifier is provided. A geographic position corresponding to a location where a sample was taken is associated with the unique identifier. The sample container with the sample contained therein is received, and the sample is compacted while inside the sample container. The sample is analyzed while inside the sample container using a Laser Induced Breakdown Spectroscopy (LIBS) system and analysis results are generated. The analysis results of the sample are associated with the unique identifier of the sample container.

Abstract: A system and method for real-time management of liquid bottles contents in a restauration establishment includes a controller and at least one bottle support base coupled to the controller. Each bottle support base includes a bottle-receiving surface, a first sensor that produces a first signal indicative of a weight of a bottle deposited on the surface; a second sensor for reading an identification element on the bottle and for producing a second signal indicative thereof; and a transmitter for transmitting to the controller data indicative of the first and second signal. The controller implements numerous functionalities that are derived from its assessment of the volumes of alcohol in the bottles using the data received from the support bases.

Abstract: A system and a method are provided for sampling and analyzing organic material, including soil, fertilizer, manure and leaves. A sample container having porous sidewalls and a unique identifier is provided. A geographic position corresponding to a location where a sample was taken is associated with the unique identifier. The sample container with the sample contained therein is received, and the sample is compacted while inside the sample container. The sample is analyzed while inside the sample container using a Laser Induced Breakdown Spectroscopy (LIBS) system and analysis results are generated. The analysis results of the sample are associated with the unique identifier of the sample container.

Abstract: A system and a method are provided for sampling and analyzing organic material, including soil, fertilizer, manure and leaves. A sample container having porous sidewalls and a unique identifier is provided. A geographic position corresponding to a location where a sample was taken is associated with the unique identifier. The sample container with the sample contained therein is received, and the sample is compacted while inside the sample container. The sample is analyzed while inside the sample container using a Laser Induced Breakdown Spectroscopy (LIBS) system and analysis results are generated. The analysis results of the sample are associated with the unique identifier of the sample container.

Abstract: The invention relates to a fabric for electromagnetic shielding having a weave of interlaced weft threads (2) and warp threads (3). In addition, the warp threads (3) are conductive and include multi-filament or mono-filament textile conductors associated with metal strands and at least one conductive warp thread (4) is inserted into a weft such as to create equipotential bonding perpendicular to the direction of the warp threads (3).

Abstract: A system and a method are provided for sampling and analyzing organic material, including soil, fertilizer, manure and leaves. A sample container having porous sidewalls and a unique identifier is provided. A geographic position corresponding to a location where a sample was taken is associated with the unique identifier. The sample container with the sample contained therein is received, and the sample is compacted while inside the sample container. The sample is analyzed while inside the sample container using a Laser Induced Breakdown Spectroscopy (LIBS) system and analysis results are generated. The analysis results of the sample are associated with the unique identifier of the sample container.

Abstract: A system determines the movement of a track vehicle along the ground, the track vehicle having at least a first rotatable, endless track for supporting the vehicle on the ground, a drive for causing the movement of the vehicle, and a turning system for changing the direction of the movement of the vehicle. The system has a first traction-improvement device for mounting on the track vehicle. It bears on an inner-surface side of the first track with sufficient pressure for a small-surface portion on the opposite side of the first track to engage the ground with a higher pressure than any other portion of the first track, whereby to locate a pivoting axis of the track vehicle in the vicinity thereof.

Abstract: The vehicle comprises two tracked bodies and one non-tracked body articulated about a common axis. Each tracked body comprises two laterally positioned tracks. The engines are carried by tracked bodies, one of them supporting an engine or motor driving the tracks located on one side of the vehicle and a motor or engine controlling the articulation of the tracks bodies with respect to one another, whereas the other tracked body supports a motor or engine for driving the tracks located on the other side of the vehicle and an engine or motor controlling the orientation of the non-tracked body about the axis. The non-tracked body supports the main useful load.

Abstract: A tool holder robot makes it possible to carry out various interventions within a closed enclosure having an access opening. It comprises a cylindrical ferrule fixed to the opening, a cylindrical shaft mounted in rotary manner in the ferrule, a guide rail fixed to the inner wall of the shaft, in which a first arm is slidingly mounted, a second arm pivotably mounted to the free end of the first arm and a tool holder carriage slidingly mounted on the second arm. The second arm is in two parts and can rotate about its longitudinal axis.Application to the inspection and maintainance, without human intervention, of water boxes of nuclear power station steam generators.

Abstract: Remote manipulating assembly of the type comprising a movable platform carrying a telescopic supporting or carrying assembly at the end of which a remote manipulation arm can be displaced within an enclosure, wherein the platform is located within a wall of the enclosure, at least one opening being provided in the wall to permit the introduction of the telescopic carrying assembly of axis AA into the enclosure, and wherein the platform is provided with a hood within which the telescopic carrying assembly and the remote manipulation arm can be completely contained, the hood also being provided in its opening part with means for the tight connection to the wall of the enclosure cooperating with sealing means provided in the opening, and having at its other end means for controlling the displacements of the telescopic carrying assembly, while also having connection and supply means for the displacements of the remote manipulation arm, together with its operation and the operation of its tools.