mhurhangee/ep-ind-claims huggingface dataset:
Protective housing with a pressure-resistant wall which surrounds an interior and comprises side parts (13, 14), an upper termination and a floor, wherein an opening is provided on the side parts (13, 14), the upper termination and/or the floor, with a pressure-relief device gas-permeably connecting the interior to the environment in pressure-balancing fashion, with operating means which may form ignition sources and are arranged in the interior, wherein an explosion or detonation can occur in the interior, wherein the pressure-relief device has a receiving body with a central passage channel, with a porous body which is arranged in the passage and has two exposed faces (26, 27) pointing away from one another and an edge, wherein the body is provided with a pore closure at its edge, characterised in that in or at the passage of the receiving body, a water-impermeable membrane (34, 49) is provided which is arranged sealing the passage water-tightly against the outside and is configured, on an explosion or detonation and sudden pressure rise in the interior, to be broken or torn off from the pressure-relief device by a gas flow which is scarcely hindered by the porous body. with a pressure-resistant wall which surrounds an interior and comprises side parts (13, 14), an upper termination and a floor, wherein an opening is provided on the side parts (13, 14), the upper termination and/or the floor, with a pressure-relief device gas-permeably connecting the interior to the environment in pressure-balancing fashion, with operating means which may form ignition sources and are arranged in the interior, wherein an explosion or detonation can occur in the interior, wherein the pressure-relief device has a receiving body with a central passage channel, with a porous body which is arranged in the passage and has two exposed faces (26, 27) pointing away from one another and an edge, wherein the body is provided with a pore closure at its edge, characterised in that in or at the passage of the receiving body, a water-impermeable membrane (34, 49) is provided which is arranged sealing the passage water-tightly against the outside and is configured, on an explosion or detonation and sudden pressure rise in the interior, to be broken or torn off from the pressure-relief device by a gas flow which is scarcely hindered by the porous body.
An apparatus of an evolved NodeB, eNB, the apparatus comprising: processing circuitry and memory; the processing circuitry is configured to: configure Mode-2 channel resources for sensing-based collision avoidance enabled user equipments, UEs, wherein the Mode-2 channel resources are dedicated for sensing-based collision avoidance and configure additional channel resources to preserve backward compatibility and co-existence with random transmissions, the configured Mode-2 channel resources and additional channel resources are for vehicle-to-vehicle, V2V, sidelink communication, the Mode-2 channel resources being configured for semi-persistent scheduling, SPS, within sidelink control information, SCI, periods; and encode for transmission, using system information block, SIB, signaling, of an indication of the Mode-2 channel resources and the additional channel resources to enable SPS transmission within SCI periods at a user equipment, UE. configure Mode-2 channel resources for sensing-based collision avoidance enabled user equipments, UEs, wherein the Mode-2 channel resources are dedicated for sensing-based collision avoidance and configure additional channel resources to preserve backward compatibility and co-existence with random transmissions, the configured Mode-2 channel resources and additional channel resources are for vehicle-to-vehicle, V2V, sidelink communication, the Mode-2 channel resources being configured for semi-persistent scheduling, SPS, within sidelink control information, SCI, periods; and encode for transmission, using system information block, SIB, signaling, of an indication of the Mode-2 channel resources and the additional channel resources to enable SPS transmission within SCI periods at a user equipment, UE.
A carrier for transporting one or more outrigger pads, the carrier comprising a frame for holding one or more outrigger pads, characterised in that said carrier further comprises: - one or more mounting structures for releasably mounting the frame substantially horizontally above a load container of a truck or trailer; and - one or more carrier lifting points for lifting the carrier vertically off or onto the load container using a loader crane of the truck or trailer. - one or more mounting structures for releasably mounting the frame substantially horizontally above a load container of a truck or trailer; and - one or more carrier lifting points for lifting the carrier vertically off or onto the load container using a loader crane of the truck or trailer.
A method of wireless communication performed by a transmitter device, comprising: receiving a first data stream and a second data stream; wherein an in-phase carrier is used for the first data stream and a quadrature carrier is used for the second data stream; adding a first signature to the first data stream and a second signature to the second data stream; wherein the first signature is associated with a first recipient device and the second signature is associated with a second recipient device; wherein the first signature associated with the first recipient device includes information that identifies the first recipient device; wherein the second signature associated with the second recipient device includes information that identifies the second recipient device; modulating the first data stream including the first signature to create a first modulated data stream; modulating the second data stream including the second signature to create a second modulated data stream; characterized by the method further comprising multiplexing the first modulated data stream and the second modulated data stream into a symbol using time division multiplexing, TDM, in conjunction with in-phase and quadrature, I/Q, multiplexing to multiplex data streams for more than two recipient devices on each of the in-phase and quadrature carriers. receiving a first data stream and a second data stream; wherein an in-phase carrier is used for the first data stream and a quadrature carrier is used for the second data stream; adding a first signature to the first data stream and a second signature to the second data stream; wherein the first signature is associated with a first recipient device and the second signature is associated with a second recipient device; wherein the first signature associated with the first recipient device includes information that identifies the first recipient device; wherein the second signature associated with the second recipient device includes information that identifies the second recipient device; wherein the first signature associated with the first recipient device includes information that identifies the first recipient device; wherein the second signature associated with the second recipient device includes information that identifies the second recipient device; modulating the first data stream including the first signature to create a first modulated data stream; modulating the second data stream including the second signature to create a second modulated data stream; characterized by the method further comprising multiplexing the first modulated data stream and the second modulated data stream into a symbol using time division multiplexing, TDM, in conjunction with in-phase and quadrature, I/Q, multiplexing to multiplex data streams for more than two recipient devices on each of the in-phase and quadrature carriers.
A switch-fuse module comprising: a housing having therein a first enclosure comprising a first insulating gas and a second enclosure comprising a second insulating gas; at least one switch disconnector arranged within the first enclosure; and at least one fuse at least partially surrounded by the second enclosure; wherein each of the first insulating gas and the second insulating gas has a global warming potential less than a global warming potential of SF6, and the first enclosure is different and separate from the second enclosure, characterised in that the first enclosure and the second enclosure are isolated from each other in a gas-tight manner. a housing having therein a first enclosure comprising a first insulating gas and a second enclosure comprising a second insulating gas; at least one switch disconnector arranged within the first enclosure; and at least one fuse at least partially surrounded by the second enclosure; wherein each of the first insulating gas and the second insulating gas has a global warming potential less than a global warming potential of SF6, and the first enclosure is different and separate from the second enclosure, characterised in that the first enclosure and the second enclosure are isolated from each other in a gas-tight manner.
Method for the closed-loop control and/or open-loop control of at least one dampening device, comprising a valve having at least one electromagnetic force transmitter and a return force transmitter, a valve body, a control unit and an applicator nozzle, suitable for dampening a material web, in particular a paper, card or fibrous web, characterized in that the dampening device can perform a cleaning cycle, wherein the valve is designed as a proportional valve, wherein the proportional valve is pulsed around a set target value, wherein the deviation from the set target value takes place by means of clocking such that there is a positive and/or negative deviation from the target value.
A method for performing floating-point operations on an integrated circuit, comprising: receiving a first floating-point number having a first exponent and a first mantissa, a second floating-point number having a second exponent and a second mantissa, and a third floating-point number having a third exponent and a third mantissa, wherein each of the first, second, and third mantissas has a given precision; characterized by receiving a fourth floating-point number having a fourth exponent and a fourth mantissa having a given precision; with bit extension circuitry of the integrated circuit, expanding the given precision of the first, second, third and fourth mantissas to a greater number to produce corresponding first, second, third and fourth extended mantissas, wherein the greater number is at least twice as big as the given precision; with an intermediate shifting stage (410, 415A, 415B, 415C) of the integrated circuit, right shifting the first, second, and third extended mantissas of the first, second and third floating point numbers (A, B, C) to produce first, second, and third shifted mantissas; and with an arithmetic operator circuit (420A, 420B, 420C) of the integrated circuit, computing the sum of the fourth extended mantissa and the first, second, and third shifted mantissas. receiving a first floating-point number having a first exponent and a first mantissa, a second floating-point number having a second exponent and a second mantissa, and a third floating-point number having a third exponent and a third mantissa, wherein each of the first, second, and third mantissas has a given precision; characterized by receiving a fourth floating-point number having a fourth exponent and a fourth mantissa having a given precision; with bit extension circuitry of the integrated circuit, expanding the given precision of the first, second, third and fourth mantissas to a greater number to produce corresponding first, second, third and fourth extended mantissas, wherein the greater number is at least twice as big as the given precision; with an intermediate shifting stage (410, 415A, 415B, 415C) of the integrated circuit, right shifting the first, second, and third extended mantissas of the first, second and third floating point numbers (A, B, C) to produce first, second, and third shifted mantissas; and with an arithmetic operator circuit (420A, 420B, 420C) of the integrated circuit, computing the sum of the fourth extended mantissa and the first, second, and third shifted mantissas.
A sun umbrella capable of emitting light in all directions comprising: an umbrella rod, and an umbrella disc, wherein the umbrella rod is connected to an opening-and-closing device, and is internally provided with a light strip, wherein circuit boards are fixedly assembled in the umbrella disc, wherein the opening-and-closing device comprises a plurality of light-transmitting tubes, wherein each light-transmitting tube is internally provided with a light strip, and the light strip is electrically connected to a power supply through a circuit board; wherein the light strip comprises a plurality of copper-wire lights, which are connected in series through an electric wire, wherein the tail end of the electric wire is connected to a connecting block for connecting the circuit board; characterised in that the umbrella rod is internally provided with a third light strip, wherein the umbrella disc comprises an upper umbrella disc and a lower umbrella disc, and a first circuit board and a second circuit board are respectively fixedly assembled in the upper umbrella disc and the lower umbrella disc, wherein the light-transmitting tubes comprise a first light-transmitting tube and a second light-transmitting tube which are hinged through a hinge member, wherein the first light-transmitting tube and the second light-transmitting tube are respectively internally provided with a first light strip and a second light strip. an umbrella rod, and an umbrella disc, wherein the umbrella rod is connected to an opening-and-closing device, and is internally provided with a light strip, wherein circuit boards are fixedly assembled in the umbrella disc, wherein the opening-and-closing device comprises a plurality of light-transmitting tubes, wherein each light-transmitting tube is internally provided with a light strip, and the light strip is electrically connected to a power supply through a circuit board; wherein the light strip comprises a plurality of copper-wire lights, which are connected in series through an electric wire, wherein the tail end of the electric wire is connected to a connecting block for connecting the circuit board; characterised in that the umbrella rod is internally provided with a third light strip, wherein the umbrella disc comprises an upper umbrella disc and a lower umbrella disc, and a first circuit board and a second circuit board are respectively fixedly assembled in the upper umbrella disc and the lower umbrella disc, wherein the light-transmitting tubes comprise a first light-transmitting tube and a second light-transmitting tube which are hinged through a hinge member, wherein the first light-transmitting tube and the second light-transmitting tube are respectively internally provided with a first light strip and a second light strip.
A formulation comprising: a polymer; and a plasticizer composition wherein the plasticizer composition comprises a blend of i) a first compound having a structure corresponding to Structure I wherein a is from 0 to 12; b is 0 or 1; each R 1 is independently hydrogen, a hydrocarbyl group, or a substituted hydrocarbyl group; each R 2, R 3, and R 4 are independently methylene, alkylmethylene, or dialkylmethylene, x is at least 1, y is 0 or a positive number and x + y is at least 2; R 6 is a hydrocarbyl group or a substituted hydrocarbyl group and each Z is independently -O-, -NH- or -NR- where R is a hydrocarbyl group or a substituted hydrocarbyl group;; and ii) a second compound that is a cycloaliphatic compound; wherein the plasticizer composition is at least 10% by weight of the total of the polymer and the plasticizer composition. a polymer; and a plasticizer composition wherein the plasticizer composition comprises a blend of i) a first compound having a structure corresponding to Structure I wherein a is from 0 to 12; b is 0 or 1; each R 1 is independently hydrogen, a hydrocarbyl group, or a substituted hydrocarbyl group; each R 2, R 3, and R 4 are independently methylene, alkylmethylene, or dialkylmethylene, x is at least 1, y is 0 or a positive number and x + y is at least 2; R 6 is a hydrocarbyl group or a substituted hydrocarbyl group and each Z is independently -O-, -NH- or -NR- where R is a hydrocarbyl group or a substituted hydrocarbyl group;; and ii) a second compound that is a cycloaliphatic compound; i) a first compound having a structure corresponding to Structure I wherein a is from 0 to 12; b is 0 or 1; each R 1 is independently hydrogen, a hydrocarbyl group, or a substituted hydrocarbyl group; each R 2, R 3, and R 4 are independently methylene, alkylmethylene, or dialkylmethylene, x is at least 1, y is 0 or a positive number and x + y is at least 2; R 6 is a hydrocarbyl group or a substituted hydrocarbyl group and each Z is independently -O-, -NH- or -NR- where R is a hydrocarbyl group or a substituted hydrocarbyl group;; and ii) a second compound that is a cycloaliphatic compound; wherein the plasticizer composition is at least 10% by weight of the total of the polymer and the plasticizer composition.
A rear axle of a two-track vehicle, comprising three control arms (5, 6, 7) connected in an articulated manner to a wheel carrier and extending substantially in the transverse direction of the vehicle, and also a trailing arm, which is rigidly connected to the wheel carrier and which has adequate flexibility in the transverse direction of the vehicle due to its structure or its mounting on the vehicle body, wherein a bearing spring proportionately supporting the vehicle body with respect to a wheel mounted rotatably on the wheel carrier and a vibration damper connected effectively in parallel with the supporting spring are supported on a cantilever, which protrudes from the wheel carrier towards the centre plane of the vehicle, without the intermediate arrangement of a control arm (5, 6, 7) connected to the wheel carrier in an articulated manner beneath the wheel centre, wherein the vibration damper is supported further outwardly than the supporting spring on the cantilever, and the control arm articulated to the wheel carrier in the vertical direction above the centre point of the driven wheel is connected to the wheel carrier behind the wheel centre as considered in the direction of travel, characterised by the combination of the following features: • the supporting spring, as considered in the direction of travel, is supported on the cantilever at such a distance in front of the wheel centre that the wheel can be driven by a drive shaft arranged horizontally in the transverse direction of the vehicle, • the control arm articulated to the wheel carrier in front of the wheel centre as considered in the direction of travel is connected to the wheel carrier beneath the wheel centre in the vertical direction • the control arm arranged furthest to the rear as considered in the direction of travel is connected via its end remote from the wheel carrier to a control arm actuator for the wheel, • the trailing arm is fastened to the cantilever, • an extension of the trailing arm passing directly as it were through the cantilever forms an inner mounting tab for a lower bearing of the vibration damper. • the supporting spring, as considered in the direction of travel, is supported on the cantilever at such a distance in front of the wheel centre that the wheel can be driven by a drive shaft arranged horizontally in the transverse direction of the vehicle, • the control arm articulated to the wheel carrier in front of the wheel centre as considered in the direction of travel is connected to the wheel carrier beneath the wheel centre in the vertical direction • the control arm arranged furthest to the rear as considered in the direction of travel is connected via its end remote from the wheel carrier to a control arm actuator for the wheel, • the trailing arm is fastened to the cantilever, • an extension of the trailing arm passing directly as it were through the cantilever forms an inner mounting tab for a lower bearing of the vibration damper.
A combination for forming a hydrogel comprising first and second hyaluronic acid ("HA") functionalized polymers, wherein: the first functionalized HA polymer comprises a first polymer moiety functionalized with a first reactive moiety that reacts with a second reactive moiety; the second functionalized HA polymer comprises a second polymer moiety functionalized with the second reactive moiety, which second reactive moiety comprises D-Cysteine (D-Cys) or a D-Cys mimetic; wherein the first reactive moiety is cyanobenzothiazole, a CBT mimetic, or another molecule that reacts with either the -SH or the -NH 2 group of D-Cys; and when solutions of the first and second functionalized HA polymers are brought together, the first and second reactive moieties react to cross-link the functionalized polymers and form the hydrogel. the first functionalized HA polymer comprises a first polymer moiety functionalized with a first reactive moiety that reacts with a second reactive moiety; the second functionalized HA polymer comprises a second polymer moiety functionalized with the second reactive moiety, which second reactive moiety comprises D-Cysteine (D-Cys) or a D-Cys mimetic; wherein the first reactive moiety is cyanobenzothiazole, a CBT mimetic, or another molecule that reacts with either the -SH or the -NH 2 group of D-Cys; and when solutions of the first and second functionalized HA polymers are brought together, the first and second reactive moieties react to cross-link the functionalized polymers and form the hydrogel.
Landing pad for a helicopter, which pad can be arranged on a land vehicle or sea vessel, in particular on a ship, having a landing surface (14; 714) on which the helicopter can be supported, wherein the landing surface (14; 714) is covered at least in certain portions by a flat securing means, and having a flat securing means which is to be fitted to the helicopter and which can be adapted to the flat securing means of the landing surface, wherein a means for releasing the securing means from one another is provided, characterized in that the landing surface and the flat securing means are breached by at least one clearance in which a supporting device for supporting the helicopter is received as means for releasing the securing means from one another, wherein the supporting device is movable relative to the landing surface and/or wherein the landing surface is movable relative to the supporting device, or in that rollers which can be rotated about their longitudinal axes are provided as means for releasing the securing means from one another, wherein the landing surface is formed at least in certain portions by means of radial lateral surface portions (738, 740) of the rollers.