mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communication, comprising: identifying a beam-specific parameter indicating a maximum transmit power for a directional uplink beam of a user equipment, UE; identifying a trigger event associated with the directional uplink beam, wherein the trigger event comprises a determination that a timer associated with the directional uplink beam has expired; generating a beam-specific report that includes the beam-specific parameter based at least in part on identifying the trigger event; and transmitting the beam-specific report using the directional uplink beam. identifying a beam-specific parameter indicating a maximum transmit power for a directional uplink beam of a user equipment, UE; identifying a trigger event associated with the directional uplink beam, wherein the trigger event comprises a determination that a timer associated with the directional uplink beam has expired; generating a beam-specific report that includes the beam-specific parameter based at least in part on identifying the trigger event; and transmitting the beam-specific report using the directional uplink beam.
A compound of general formula, or a salt or solvate thereof, in which R3, R4 and R5 are independently hydrogen, or optionally substituted alkyl or alkoxy, or optionally substituted carbocyclic(oxy) or heterocyclic(oxy) ring, with the proviso that only one of R3, R4 and R5 is hydrogen, or two of R3, R4 and R5 are linked together to form a cycloalkyl group, R1 is hydrogen or carboxamido, C 1-10 alkyl, C 2-10 alkenyl, C 1-3 alkyl-aryl, C 1-3 alkyl-heterocyclyl, or C 3-10 cycloalkyl, any of which is optionally substituted by hydroxy, halogen, carboxamido, halo C 1-6 alkyl, C 1-6 alkyl or C 1-6 alkoxy; R2 is amino; N* is amino when R1 is hydrogen or =NH when R1 is a substituent group; or N* is a group NRaRb where Ra and Rb are independently H or an alkyl group; or N* is an optionally substituted piperazinyl ring. R3, R4 and R5 are independently hydrogen, or optionally substituted alkyl or alkoxy, or optionally substituted carbocyclic(oxy) or heterocyclic(oxy) ring, with the proviso that only one of R3, R4 and R5 is hydrogen, or two of R3, R4 and R5 are linked together to form a cycloalkyl group, R1 is hydrogen or carboxamido, C 1-10 alkyl, C 2-10 alkenyl, C 1-3 alkyl-aryl, C 1-3 alkyl-heterocyclyl, or C 3-10 cycloalkyl, any of which is optionally substituted by hydroxy, halogen, carboxamido, halo C 1-6 alkyl, C 1-6 alkyl or C 1-6 alkoxy; R2 is amino; N* is amino when R1 is hydrogen or =NH when R1 is a substituent group; or N* is a group NRaRb where Ra and Rb are independently H or an alkyl group; or N* is an optionally substituted piperazinyl ring.
A method for alerting a driver in a follower vehicle of an obstacle in front of a first vehicle, said first vehicle having an intervening driver assistant system; which method comprises: detecting the obstacle in front of the first vehicle by the intervening driver assistant system; and characterized by alerting the driver in the follower vehicle, of the detected obstacle in front of the first vehicle, before the brakes of the first vehicle are activated by the intervening driver assistant system, wherein the alerting is performed by emitting an incrementing alert to be perceived by the driver in the follower vehicle in the form of emitted light at different wavelength, i.e. in different colours. detecting the obstacle in front of the first vehicle by the intervening driver assistant system; and characterized by alerting the driver in the follower vehicle, of the detected obstacle in front of the first vehicle, before the brakes of the first vehicle are activated by the intervening driver assistant system, wherein the alerting is performed by emitting an incrementing alert to be perceived by the driver in the follower vehicle in the form of emitted light at different wavelength, i.e. in different colours.
A door handle assembly for a motor vehicle, including a frame-like handle support which can be attached to a door of the motor vehicle, and a manually operable handle which is mounted pivotably on one end of the handle support for opening the door by a user, characterized in that the handle support has a mounting channel which guides the longitudinal end of the handle which forms the pivoting bearing into the installation position thereof for mounting the handle on the handle support.
A method of rendering audio, the method comprising: receiving a spatial audio signal, wherein the spatial audio signal includes position information for rendering audio; processing the spatial audio signal to determine a plurality of weights (210, 260) based on the position information; rendering the spatial audio signal to form a plurality of rendered signals, wherein each of the plurality of rendered signals is a binaural signal that includes a left channel and a right channel, wherein rendering the spatial audio signal to form the plurality of rendered signals comprises: - rendering the spatial audio signal to generate an interim rendered signal and weighting the interim rendered signal according to the plurality of weights to generate the plurality of rendered signals, or - splitting the spatial audio signal, on an amplitude weighting basis, according to the plurality of weights; combining the plurality of rendered signals into a joint rendered signal (820, 870); generating metadata (822, 872) that relates the joint rendered signal to the plurality of rendered signals; and providing the joint rendered signal and the metadata to a loudspeaker system. receiving a spatial audio signal, wherein the spatial audio signal includes position information for rendering audio; processing the spatial audio signal to determine a plurality of weights (210, 260) based on the position information; rendering the spatial audio signal to form a plurality of rendered signals, wherein each of the plurality of rendered signals is a binaural signal that includes a left channel and a right channel, wherein rendering the spatial audio signal to form the plurality of rendered signals comprises: - rendering the spatial audio signal to generate an interim rendered signal and weighting the interim rendered signal according to the plurality of weights to generate the plurality of rendered signals, or - splitting the spatial audio signal, on an amplitude weighting basis, according to the plurality of weights; - rendering the spatial audio signal to generate an interim rendered signal and weighting the interim rendered signal according to the plurality of weights to generate the plurality of rendered signals, or - splitting the spatial audio signal, on an amplitude weighting basis, according to the plurality of weights; combining the plurality of rendered signals into a joint rendered signal (820, 870); generating metadata (822, 872) that relates the joint rendered signal to the plurality of rendered signals; and providing the joint rendered signal and the metadata to a loudspeaker system.
A method for transmitting an emergency call for a motorcycle, in which - an emergency-call text message relating to an emergency is sent, wherein - a continuous acoustic signal is generated as an acoustic response to the sending of the emergency-call text message, - in response to receiving an emergency-call confirmation message by means of a communication interface of the motorcycle the continuous acoustic signal is terminated dependent on the emergency-call confirmation message received, - in which dependent on the emergency-call confirmation message a further acoustic signal is generated, as acoustic confirmation. - an emergency-call text message relating to an emergency is sent, wherein - a continuous acoustic signal is generated as an acoustic response to the sending of the emergency-call text message, - in response to receiving an emergency-call confirmation message by means of a communication interface of the motorcycle the continuous acoustic signal is terminated dependent on the emergency-call confirmation message received, - in which dependent on the emergency-call confirmation message a further acoustic signal is generated, as acoustic confirmation.
A method for responding to a fast protective trip in a generator system including a generator comprising: detecting a fast trip protection device tripping; isolating a generator from a load by opening a generator line contactor; the method is characterised by: de-exciting the generator; re-exciting the generator while the generator line contactor is open and determining whether said generator retrips the fast trip protection device; and determining said fast trip protection device trip is a nuisance trip when said generator re-excites without tripping the fast trip protection device. detecting a fast trip protection device tripping; isolating a generator from a load by opening a generator line contactor; de-exciting the generator; re-exciting the generator while the generator line contactor is open and determining whether said generator retrips the fast trip protection device; and determining said fast trip protection device trip is a nuisance trip when said generator re-excites without tripping the fast trip protection device.
A process for preparing a polyolefin composition comprising bimodal or multimodal polyolefin in an extruder device comprising the steps of a) supplying a bimodal or multimodal polyolefin in form of a polyolefin powder having a mass-median-diameter D50 of the polyolefin particles in the range from 300 μm to 2500 μm to a mixing device, wherein D50 is determined by dry sieving analysis according to DIN 53477 (November 1992) using the method described in the description; b) supplying one or more additives to the mixing device; c) mixing the polyolefin powder and the additives at a temperature in the range from 10°C to 120°C without melting the polyolefin powder to form a mixture; d) transferring the mixture of polyolefin powder and additives from the mixing device into the extruder device; e) melting and homogenizing the mixture of polyolefin powder and additives within the extruder device to form a molten polyolefin composition; and f) pelletizing the molten polyolefin composition, wherein one of the additives is an organic peroxide. a) supplying a bimodal or multimodal polyolefin in form of a polyolefin powder having a mass-median-diameter D50 of the polyolefin particles in the range from 300 μm to 2500 μm to a mixing device, wherein D50 is determined by dry sieving analysis according to DIN 53477 (November 1992) using the method described in the description; b) supplying one or more additives to the mixing device; c) mixing the polyolefin powder and the additives at a temperature in the range from 10°C to 120°C without melting the polyolefin powder to form a mixture; d) transferring the mixture of polyolefin powder and additives from the mixing device into the extruder device; e) melting and homogenizing the mixture of polyolefin powder and additives within the extruder device to form a molten polyolefin composition; and f) pelletizing the molten polyolefin composition, wherein one of the additives is an organic peroxide.
A turbomachine turbine casing, said casing extending around an axis, comprising an annular wall and a cooling device, the wall being provided with at least one casing hook which extends in radial protrusion from the inside of the wall, each hook being configured to allow the mounting, on the casing, of ring segments disposed circumferentially end to end around the axis, and wherein the cooling device comprises at least one collector duct intended to convey the cooling air which extends circumferentially around the wall, each collector duct having a cooling air inlet and outlet, characterized in that each collector duct and the wall have a common portion, which delimits said collector duct and from which a corresponding hook extends and in that each collector duct is in fluid communication with a ventilation circuit which extends in the corresponding hook.
A backlight unit comprising: a bottom chassis; a supporter positioned to extend along one edge of the bottom chassis; a light source unit fixed to the supporter; and a light guide plate that is positioned on the bottom chassis and is configured to transmit light emitted from a light source of the light source unit, wherein the supporter includes a main body of which at least one corner area is cut and an insertion portion that is positioned at the corner area, and each of the main body and the insertion portion includes a base portion (221a, 221b) and a side wall (222a, 222b), and the side wall of the insertion portion directly contacts and extends from the side wall of the main body in a direction different than a direction in which the side wall of the main body extends. a bottom chassis; a supporter positioned to extend along one edge of the bottom chassis; a light source unit fixed to the supporter; and a light guide plate that is positioned on the bottom chassis and is configured to transmit light emitted from a light source of the light source unit, wherein the supporter includes a main body of which at least one corner area is cut and an insertion portion that is positioned at the corner area, and each of the main body and the insertion portion includes a base portion (221a, 221b) and a side wall (222a, 222b), and the side wall of the insertion portion directly contacts and extends from the side wall of the main body in a direction different than a direction in which the side wall of the main body extends.
A condylar implant for a unicompartmental prosthesis for a knee joint, said implant having an inner surface for anchoring in a condyle of a femur, and a functional outer surface designed to be in contact with a wearing portion of the prosthesis, said functional outer surface having a curvature enabling the knee to undergo articulation and movements in flexion and in extension, said condylar implant being characterized in that the functional outer surface has only two curvatures, namely: - a first curvature defined by a surface generated by rotating a semi-circle about the diameter of said semi-circle, said first curvature being defined such that it extends transversely to said diameter; and - a second curvature defined by a surface generated by rotating an arc of the semi-circle about a chord of said semi-circle, said chord being parallel to the diameter of the semi-circle, and said second curvature being defined such that it extends the first curvature and extends transversely to said chord. - a first curvature defined by a surface generated by rotating a semi-circle about the diameter of said semi-circle, said first curvature being defined such that it extends transversely to said diameter; and - a second curvature defined by a surface generated by rotating an arc of the semi-circle about a chord of said semi-circle, said chord being parallel to the diameter of the semi-circle, and said second curvature being defined such that it extends the first curvature and extends transversely to said chord.
A method of preparing a polyamide polymer, comprising; (a) introducing a polymerizable polyamide composition having an initial water content into an autoclave; (b) heating the polymerizable polyamide composition to a first temperature T1; (c) venting water vapor from the autoclave for a first period of time, VT1, and carrying out the following steps (d) through (f) consecutively or concurrently; (d) injecting at least one foam-promoting additive and an anti-foam additive into the autoclave after VT1, wherein the anti-foam additive is added in a sufficient amount to provide an anti-foam additive concentration of from 110 ppm to 500 ppm in the polymerizable polyamide composition of step (d); (e) heating the polymerizable polyamide composition of step (d) in the autoclave to a second temperature T2, wherein T2 > T1; (f) venting water vapor from the autoclave for a second period of time VT2, wherein the polymerizable polyamide composition evolves less foam through the conclusion of this step (f) compared to carrying out the same steps except for injecting the foam-promoting additive to the autoclave in step (a) instead of in step (d); and (g) polymerizing the polymerizable polyamide composition in the autoclave to produce a polyamide polymer, wherein the foam-promoting additive is a co-monomer and the co-monomer is a polyetheramine. (a) introducing a polymerizable polyamide composition having an initial water content into an autoclave; (b) heating the polymerizable polyamide composition to a first temperature T1; (c) venting water vapor from the autoclave for a first period of time, VT1, and carrying out the following steps (d) through (f) consecutively or concurrently; (d) injecting at least one foam-promoting additive and an anti-foam additive into the autoclave after VT1, wherein the anti-foam additive is added in a sufficient amount to provide an anti-foam additive concentration of from 110 ppm to 500 ppm in the polymerizable polyamide composition of step (d); (e) heating the polymerizable polyamide composition of step (d) in the autoclave to a second temperature T2, wherein T2 > T1; (f) venting water vapor from the autoclave for a second period of time VT2, wherein the polymerizable polyamide composition evolves less foam through the conclusion of this step (f) compared to carrying out the same steps except for injecting the foam-promoting additive to the autoclave in step (a) instead of in step (d); and (g) polymerizing the polymerizable polyamide composition in the autoclave to produce a polyamide polymer, wherein the foam-promoting additive is a co-monomer and the co-monomer is a polyetheramine.
An implantable stimulator device, comprising: a plurality of groups (Group1, Group2, Group3) each comprising a plurality of electrodes (E 1 -E 24); a plurality of current sources; a switch matrix for coupling each of the current sources to any of a plurality of switch matrix outputs; and a group selection matrix controllable by at least one group control signal for coupling the plurality of switch matrix outputs to a selected group (Group1, Group2, Group3) of the plurality of electrodes (E 1 -E 24). a plurality of groups (Group1, Group2, Group3) each comprising a plurality of electrodes (E 1 -E 24); a plurality of current sources; a switch matrix for coupling each of the current sources to any of a plurality of switch matrix outputs; and a group selection matrix controllable by at least one group control signal for coupling the plurality of switch matrix outputs to a selected group (Group1, Group2, Group3) of the plurality of electrodes (E 1 -E 24).
Printing unit of a rotary offset printing machine having a plate cylinder, wherein at least one printing plate designed as a planographic printing forme is arranged or at least capable of being arranged on the lateral surface of the plate cylinder, wherein the at least one printing plate has a non-rectilinear contour on at least one section of at least one of its circumferential ends (14; 16) in axial direction of said plate cylinder, wherein the non-rectilinear contour of the respective printing plate directed along the axial direction breadth of the respective plate cylinder has a bent or curved contour, wherein the non-rectilinear contour of the respective printing plate is formed in dependence of a form or contour of a print image of a printed product to be generated by the offset sheet-fed printing press, wherein the respective contour of the respective printing plates is each adopted to the respective form or contour of the respective print image, characterized in that the at least one printing plate is affixed by means of at least one adhesive layer to the lateral surface of the plate cylinder, wherein on the respective adhesive layer at least one of the non-rectilinearly designed ends (14; 16) of the respective printing plate is arranged, wherein an intermediate layer is arranged in radial direction between the lateral surface of the plate cylinder and the at least one printing plate that is arranged on the lateral surface of said plate cylinder, wherein said intermediate layer comprises the adhesive layer in circumferential direction of the plate cylinder along a first section extending across at least across one bend segment, wherein the intermediate layer surrounds the lateral surface of said plate cylinder in its circumferential direction, and along the periphery of said plate cyclinder the intermediate layer comprises a plurality of first sections each with an adhesive layer, wherein the respective non-rectilinearly formed end (14; 16) affixed to the lateral surface of said printing cylinder of the respective printing plate can be released residue-free from the existing adhesive layer, wherein said adhesive layer can be reused for repeated adhesion of the respective or of a different printing plate.
A connector for coupling an optical fiber to an optical system, the connector comprising: a body including a first coupling element mechanically secured to a second coupling element, the body defining a lumen having proximal and distal ends, the lumen including a middle section and frustoconical portions that transition from the middle section to the proximal and distal ends; a collet disposed in the lumen and configured to receive a portion of the optical fiber, the collet including tapered ends; an adjustable ferrule threadedly secured to a proximal end of the body; and a connector element secured to the proximal end of the body with the adjustable ferrule, wherein the connector element is rotatable with respect to the body to mechanically secure the connector to the optical system; wherein: the proximal and distal ends of the lumen have a first diameter (Dl) and the middle section of the lumen has a second diameter larger than the first diameter; and the tapered ends are urged against the frustoconical portions of the lumen when the first and second coupling elements (14, 16) are secured together such that the tapered ends of the collet are clamped against the optical fiber to hold the optical fiber in place with respect to the first and second coupling elements (14, 16). a body including a first coupling element mechanically secured to a second coupling element, the body defining a lumen having proximal and distal ends, the lumen including a middle section and frustoconical portions that transition from the middle section to the proximal and distal ends; a collet disposed in the lumen and configured to receive a portion of the optical fiber, the collet including tapered ends; an adjustable ferrule threadedly secured to a proximal end of the body; and a connector element secured to the proximal end of the body with the adjustable ferrule, wherein the connector element is rotatable with respect to the body to mechanically secure the connector to the optical system; the proximal and distal ends of the lumen have a first diameter (Dl) and the middle section of the lumen has a second diameter larger than the first diameter; and the tapered ends are urged against the frustoconical portions of the lumen when the first and second coupling elements (14, 16) are secured together such that the tapered ends of the collet are clamped against the optical fiber to hold the optical fiber in place with respect to the first and second coupling elements (14, 16).