Abstract: Safety head wear for use for example in high risk activities such as sports and industrial purposes where protection from head injuries is required. Components are provided inserted between the liner and outer shell and consists of two parts; a chamber or bladder and a fluid or gel like material. The fluid or gel material is contained in the chamber or bladder and is positioned in such a way to create low friction between the surface of the shell and liner or liner and head. It can also be used on the outer surface of the shell or placed within two layers of the liner. The device provides a method of independently managing both compression and shear force characteristics of the helmet around the head designed to decrease brain trauma resulting from high linear and angular acceleration during impacts to the helmet.

Abstract: Electric and hybrid off-road vehicles, accessories and frames therefor are provided. An off-road vehicle comprises a frame assembly, at least one front and rear wheel, at least one electric motor, at least one battery and at least one final drive unit operatively coupled to at least one wheel. The electric motor is operatively coupled to the final drive unit for transferring torque from the electric motor to the wheel. A battery assembly having electric components integrated thereto is provided. A structural battery is configured to provide a structural connection between at least two of a top, bottom, front and rear portions of a frame assembly for an off-road vehicle, and for receiving loads therefrom. Improved drivetrain arrangements provide flexibility in operating an off-road vehicle and improve overall performance. The environmental impact of off-road vehicles is reduced. Weight and complexity of off-road vehicle frames are reduced without affecting stability or safety.

Abstract: Electric and hybrid off-road vehicles, accessories and frames therefor are provided. An off-road vehicle comprises a frame assembly, at least one front and rear wheel, at least one electric motor, at least one battery and at least one final drive unit operatively coupled to at least one wheel. The electric motor is operatively coupled to the final drive unit for transferring torque from the electric motor to the wheel. A battery assembly having electric components integrated thereto is provided. A structural battery is configured to provide a structural connection between at least two of a top, bottom, front and rear portions of a frame assembly for an off-road vehicle, and for receiving loads therefrom. Improved drivetrain arrangements provide flexibility in operating an off-road vehicle and improve overall performance. The environmental impact of off-road vehicles is reduced. Weight and complexity of off-road vehicle frames are reduced without affecting stability or safety.

Abstract: Electric and hybrid off-road vehicles, accessories and frames therefor are provided. An off-road vehicle comprises a frame assembly, at least one front and rear wheel, at least one electric motor, at least one battery and at least one final drive unit operatively coupled to at least one wheel. The electric motor is operatively coupled to the final drive unit for transferring torque from the electric motor to the wheel. A battery assembly having electric components integrated thereto is provided. A structural battery is configured to provide a structural connection between at least two of a top, bottom, front and rear portions of a frame assembly for an off-road vehicle, and for receiving loads therefrom. Improved drivetrain arrangements provide flexibility in operating an off-road vehicle and improve overall performance. The environmental impact of off-road vehicles is reduced. Weight and complexity of off-road vehicle frames are reduced without affecting stability or safety.

Abstract: A storage box assembly for a vehicle includes a storage box having a wall, and a tongue assembly connected to the wall. The tongue assembly has a grip selectively movable between first and second positions, and first and second tongues connected to the grip and movable with the grip. When the grip is in the first position, the first tongue is in an operative position. A first spacing is defined between the first tongue and the wall for receiving a first retaining member having a first thickness between the first tongue and the wall. When the grip is in the second position, the second tongue is in an operative position. A second spacing is defined between the second tongue and the wall for receiving a second retaining member having a second thickness between the second tongue and the wall.

Abstract: A storage box assembly for a vehicle includes a box having an upper portion having a first bottom wall and first side walls, the first bottom wall having an inner periphery and an outer periphery. The box further has a lower portion having a second bottom wall and second side walls. A first interior volume of the upper portion communicates with a second interior volume of the lower portion. The storage box assembly further includes at least one anchor mounted to the box for selectively securing the storage box assembly to the vehicle. The at least one anchor is disposed within the outer periphery of the first bottom wall, and has a bottom surface being vertically spaced from a lower surface of the second bottom wall and being disposed between the upper end of the first side walls and the second bottom wall.

Abstract: A storage box assembly for a vehicle includes a box having an upper portion having a first bottom wall and first side walls, the first bottom wall having an inner periphery and an outer periphery. The box further has a lower portion having a second bottom wall and second side walls. A first interior volume of the upper portion communicates with a second interior volume of the lower portion. The storage box assembly further includes at least one anchor mounted to the box for selectively securing the storage box assembly to the vehicle. The at least one anchor is disposed within the outer periphery of the first bottom wall, and has a bottom surface being vertically spaced from a lower surface of the second bottom wall and being disposed between the upper end of the first side walls and the second bottom wall.

Abstract: Safety head wear for use for example in high risk activities such as sports and industrial purposes where protection from head injuries is required. Components are provided inserted between the liner and outer shell and consists of two parts; a chamber or bladder and a fluid or gel like material. The fluid or gel material is contained in the chamber or bladder and is positioned in such a way to create low friction between the surface of the shell and liner or liner and head. It can also be used on the outer surface of the shell or placed within two layers of the liner. The device provides a method of independently managing both compression and shear force characteristics of the helmet around the head designed to decrease brain trauma resulting from high linear and angular acceleration during impacts to the helmet.

Abstract: Safety head wear for use for example in high risk activities such as sports and industrial purposes where protection from head injuries is required. Components are provided inserted between the liner and outer shell and consists of two parts; a chamber or bladder and a fluid or gel like material. The fluid or gel material is contained in the chamber or bladder and is positioned in such a way to create low friction between the surface of the shell and liner or liner and head. It can also be used on the outer surface of the shell or placed within two layers of the liner. The device provides a method of independently managing both compression and shear force characteristics of the helmet around the head designed to decrease brain trauma resulting from high linear and angular acceleration during impacts to the helmet.

Abstract: Safety head wear for use for example in high risk activities such as sports and industrial purposes where protection from head injuries is required. Components are provided inserted between the liner and outer shell and consists of two parts; a chamber or bladder and a fluid or gel like material. The fluid or gel material is contained in the chamber or bladder and is positioned in such a way to create low friction between the surface of the shell and liner or liner and head. It can also be used on the outer surface of the shell or placed within two layers of the liner. The device provides a method of independently managing both compression and shear force characteristics of the helmet around the head designed to decrease brain trauma resulting from high linear and angular acceleration during impacts to the helmet.

Abstract: A fume production and treatment installation includes: a fume generator including at least one burner, a combustion chamber having at least one combustion hearth, and a fume exhaust outlet; and a confinement enclosure for confining the fumes produced by the fume generator, which enclosure has an inlet connected to the fume exhaust outlet for removing fumes from the combustion chamber, and an outlet connected to the fume generator via a fume recirculation circuit, the discharge from which into the combustion chamber being referred to as the “fume feed head”. The combustion chamber has a protective screen, interposed between the combustion hearth and the fume feed head, for protecting the feed head from the flame of the burner, the inlet for the fumes into the confinement enclosure is disposed in the upper third of the enclosure, and the confinement enclosure is equipped with a closable exhaust outlet for removing condensates.

Abstract: Safety head wear for use for example in high risk activities such as sports and industrial purposes where protection from head injuries is required. Components are provided inserted between the liner and outer shell and consists of two parts; a chamber or bladder and a fluid or gel like material. The fluid or gel material is contained in the chamber or bladder and is positioned in such a way to create low friction between the surface of the shell and liner or liner and head. It can also be used on the outer surface of the shell or placed within two layers of the liner. The device provides a method of independently managing both compression and shear force characteristics of the helmet around the head designed to decrease brain trauma resulting from high linear and angular acceleration during impacts to the helmet.

Abstract: A device for generating a high-energy particle pulse is provided which comprises a laser system producing laser pulses with pulse length shorter than 100 fs (femtoseconds), and capable to be focused to peak intensities greater than 10A18 W/cmA2, preferred greater than 10A20 W/cmA2 (watts per centimeter squared), a device for shaping the temporal intensity profile accompanying said at least one laser pulse for increasing the laser contrast above 10^5, preferably above IL 0A7, especially 1OA10, and a target capable of releasing a high-energy particle pulse, particularly an electron or a proton pulse, upon irradiation with at least one of said laser pulses. A. corresponding method using the device is also described.

Abstract: A filter having elements with distributed constants is made up of resonators providing two different types of coupling. The use of two types of coupling makes it possible to obtain the desired geometry and in particular to limit the coupling between variable capacitors in the construction of combline filters as well as the construction of filters having two transmission zeros and involving the use of hairpin resonators.

Abstract: A projectile for scattering munitions, wherein the projectile comprises:a plurality of individual munitions (4) disposed axially in a separable manner in a single stack, said munitions being generally flat in shape and having shaped upper and lower surfaces which are complementary to enable the stacked munitions to interfit; maintaining means (5) for fixing together the munitions in the stack to constitute a stack which is undeformable against axial and transverse forces, thus providing a self-supporting structure for constituting the body of the projectile; and release means for simultaneously unfixing all the munitions from one another and enabling them to be scattered.

Abstract: A scatterable type of mine in accordance with the invention, comprises: a mine body (100) including an explosive charge enclosed in a generally flat casing including a bearing face (120) and an exposed face (110), the bearing face being in contact with the ground and the exposed face being turned upwardly when the mine is resting on the ground in the active position; a cover (200) having a contour similar to that of the mine body and placed on top of the mine body when in the closed position, the exposed face of the mine being under the cover and the cover being hinged to the mine body at a peripheral point thereof; locking means for keeping the cover closed; and opening means for unlocking the cover and exerting a pivoting torque thereon to move it from the closed position to a open position in which, after a relative rotation of about half a turn, the cover rests to one side of the mine body, the top face of the cover then being turned downwards and bearing on the ground; the pivoting torque being at equal

Abstract: The munition comprises a munition body (100) which may enclose an anti-tank mine; a cover (200) for the munition body and constituting a support for a plurality of ejectable charges (300-305), e.g. anti-personnel mines. The munition is placed or scattered on the ground while it is in the closed position. Thereafter it opens, the anti-tank mine is activated, and the anti-personnel mines are ejected in a cluster around the anti-tank mine, whereby a plurality of identical munitions may be laid to set up a combined anti-tank and anti-personnel barrage.