mhurhangee/patent-ind-claim-en huggingface dataset:
A method for performing predictive maintenance of an amplifier module , with the following steps: - Acquiring at least one parameter of at least one amplifier module via a measurement data acquisition unit , and - Analyzing the at least one parameter acquired via a measurement data analyzing unit , wherein the probability and/or time of default of the at least one amplifier module is predicted by taking at least one parameter of the amplifier module into account that has been acquired previously so that a predictive maintenance for the amplifier module is provided, wherein the at least one parameter is a transistor parameter directly assigned to a transistor of the amplifier module , wherein the transistor parameter is an input level, a drain current and/or a gate current, wherein a model and/or a look-up table based on stored empirical data is used that predicts the probability and/or time of default by taking the actual operating hours of the amplifier module into account, and wherein a notification is output when the analysis yields an upcoming default so as to inform the user of the system with regard to the upcoming failure of the amplifier module as well as the remaining time and/or the probability of the upcoming failure. - Acquiring at least one parameter of at least one amplifier module via a measurement data acquisition unit , and - Analyzing the at least one parameter acquired via a measurement data analyzing unit , wherein the probability and/or time of default of the at least one amplifier module is predicted by taking at least one parameter of the amplifier module into account that has been acquired previously so that a predictive maintenance for the amplifier module is provided, wherein the at least one parameter is a transistor parameter directly assigned to a transistor of the amplifier module , wherein the transistor parameter is an input level, a drain current and/or a gate current, wherein a model and/or a look-up table based on stored empirical data is used that predicts the probability and/or time of default by taking the actual operating hours of the amplifier module into account, and wherein a notification is output when the analysis yields an upcoming default so as to inform the user of the system with regard to the upcoming failure of the amplifier module as well as the remaining time and/or the probability of the upcoming failure.
Ventilation device intended for generating a flow of air through at least one motor vehicle heat exchanger (1; 1a, 1b, 1c), the ventilation device comprising: - a first plurality of ducts (8 1 ), - at least one first air manifold having orifices, each duct of the first plurality of ducts (8 1 ) opening at one of its ends in a separate orifice of the at least one first air manifold , each duct of said first plurality of ducts (8 1 ) having at least one passage opening (16; 40) for a flow of air passing through said duct (8 1 ), the opening (16; 40) being separate from the ends of the corresponding duct (8 1 ), the opening (16; 40) being located outside said at least one first air manifold , - a second plurality of ducts (8 2 ), the device being characterized in that it comprises - at least one second air manifold having orifices, each duct of the second plurality of ducts (8 2 ) opening at one of its ends in a separate orifice of the at least one second air manifold , each duct of said second plurality of ducts (8 2 ) having at least one passage opening (16; 40) for a flow of air passing through said duct (8 2 ), the opening (16; 40) being separate from the ends of the corresponding duct (8 2 ), the opening (16; 40) being located outside said at least one second air manifold , wherein the ducts of the first plurality of ducts (8 1 ) and/or of the second plurality of ducts (8 2 ) are pivotable about a respective longitudinal axis, independently of said second plurality of ducts (8 2 ) or of the first plurality of ducts (8 1 ), respectively. - a first plurality of ducts (8 1 ), - at least one first air manifold having orifices, each duct of the first plurality of ducts (8 1 ) opening at one of its ends in a separate orifice of the at least one first air manifold , each duct of said first plurality of ducts (8 1 ) having at least one passage opening (16; 40) for a flow of air passing through said duct (8 1 ), the opening (16; 40) being separate from the ends of the corresponding duct (8 1 ), the opening (16; 40) being located outside said at least one first air manifold , - a second plurality of ducts (8 2 ), the device being characterized in that it comprises - at least one second air manifold having orifices, each duct of the second plurality of ducts (8 2 ) opening at one of its ends in a separate orifice of the at least one second air manifold , each duct of said second plurality of ducts (8 2 ) having at least one passage opening (16; 40) for a flow of air passing through said duct (8 2 ), the opening (16; 40) being separate from the ends of the corresponding duct (8 2 ), the opening (16; 40) being located outside said at least one second air manifold ,
A laminated film comprising at least two films sequentially stacked and bonded to each other, wherein each of the films is each independently a gastric film or an enteric film. wherein the gastric film comprises at least one selected from a water soluble entrapped material and a poorly water soluble entrapped material, and the enteric film comprises a poorly water soluble entrapped material, wherein the gastric film is a film that may dissolve at a pH of gastric juice of pH of about 1.2 and the enteric film is a film that is insoluble in a pH of gastric juice, but dissolves at a pH of enteric juice of pH of about 6.8, and wherein the each entrapped material comprises at least one selected from an active pharmaceutical ingredient (API) and a functional food ingredient, wherein the functional food ingredient comprises a curcumin, a silymarin, a resveratrol, or a combination thereof.
A hearing aid device comprising a housing having an opening and a battery drawer constituting a battery door that is movably mounted to the housing , which battery drawer comprises a finger engagement portion arranged at the outside surface of the battery drawer , the hearing aid device comprises means for closing the battery door by pushing the finger engagement portion and for maintaining the battery door closed, where the hearing aid device comprises means for at least partly opening the battery door by pushing the finger engagement portion and for maintaining the battery door at least partly open, wherein the battery drawer comprises a nail grip member provided at the distal portion of the finger engagement portion , characterized in that the housing is provided with a groove configured to completely receive the nail grip member of the battery drawer when the battery door is in a closed state.
A composition which comprises at least two distinct specific binding pair (sbp) members conjugated to a mutant glucose-6-phosphate dehydrogenase (G6PDH), wherein the mutant G6PDH has been derived from a precursor G6PDH by the insertion of at least one cysteine per subunit, or substitution of at least one amino acid with cysteine per subunit, as compared to the precursor G6PDH, and wherein at least a first specific binding pair member is conjugated to said mutant G6PDH via a thiol group and wherein at least a further specific binding pair member is conjugated to mutant G6PDH via an amino group.
Warp knit net, comprising a plurality of net meshes , each of which is defined by a polygon with at least three sides and as many knots (N) which connect a net mesh to adjacent meshes, each side being formed by a chain of loops comprising at least a first yarn (T1) that forms first yarn mutually interlaced turns so as to form a primary interlacement of the chain of loops, and at least a second yarn (T3) that passes through said primary interlacement of the chain of loops, characterized in that said second yarn (T3), in at least one portion of the chain of loops before and immediately after the knots (N) of the warp knit net forms second yarn (T3) mutually interlaced turns which are also interlaced with first yarn (T1) mutually interlaced turns of adjacent courses so as to form at least one reinforcing interlacement of the chain of loops.
A child-resistant closure for a container , the closure comprising a lid and a base , the closure comprising child-resistant locking means for preventing unwanted opening of the lid, the locking means comprising two locking members carried on or by a respective release member provided on or by the lid , the locking members engaging the base to prevent opening of the lid, the release members being movable towards each other to disengage the locking members from the base, characterised in that the base is non-removably connectable to a container, in that the closure has two shorter sides and two longer sides, in that the lid is connected to the base by a hinge along one of the shorter sides, in that the lid comprises a finger recess adjacent both of the release members so that the release members can be pinched towards each other to disengage the locking members, in that the child-resistant locking means is provided opposite the hinge, and in that the squeeze members are orientated so that squeeze force is applied across the shorter dimension of the lid.
A device comprising: a processor configured to: receive a bitstream, the bitstream comprising a base layer and an enhancement layer; identify an enhancement layer video block of an enhancement layer picture ; determine a collocated video block in a collocated picture for temporal motion vector prediction, TMVP, of the enhancement layer video block of the enhancement layer picture ; determine a motion vector, MV, and reference picture of a base layer picture; generate a motion vector, MV, of the collocated video block in the collocated picture for the TMVP of the enhancement layer picture based on the MV of the base layer picture and a spatial ratio between the base layer and the enhancement layer; determine a reference picture of the collocated video block based on the reference picture of the base layer picture; perform temporal motion vector prediction, TMVP, by temporally scaling the MV of the collocated video block based on a ratio between a temporal distance (TB) between the enhancement layer picture and a reference picture of the enhancement layer video block , and a temporal distance (TD) between the collocated picture and the reference picture of the collocated video block ; generate a motion vector, MV, of the enhancement layer video block using the temporally scaled MV for the collocated video block ; and decode the enhancement layer picture using the MV of the enhancement layer video block . receive a bitstream, the bitstream comprising a base layer and an enhancement layer; identify an enhancement layer video block of an enhancement layer picture ; determine a collocated video block in a collocated picture for temporal motion vector prediction, TMVP, of the enhancement layer video block of the enhancement layer picture ; determine a motion vector, MV, and reference picture of a base layer picture; generate a motion vector, MV, of the collocated video block in the collocated picture for the TMVP of the enhancement layer picture based on the MV of the base layer picture and a spatial ratio between the base layer and the enhancement layer; determine a reference picture of the collocated video block based on the reference picture of the base layer picture; perform temporal motion vector prediction, TMVP, by temporally scaling the MV of the collocated video block based on a ratio between a temporal distance (TB) between the enhancement layer picture and a reference picture of the enhancement layer video block , and a temporal distance (TD) between the collocated picture and the reference picture of the collocated video block ; generate a motion vector, MV, of the enhancement layer video block using the temporally scaled MV for the collocated video block ; and decode the enhancement layer picture using the MV of the enhancement layer video block .
A method for measuring an object by means of stereoscopy, in which a pattern is projected onto the object surface by means of a projector and the pattern , which is designated as a scene and is projected onto the object surface, is captured by at least three intrinsically and extrinsically calibrated cameras (4.1, 4.2, 4.3, 4.4), wherein correspondences of the scene are found in the images captured using the cameras (4.1, 4.2, 4.3, 4.4) by means of a computing unit using image processing, and a measurement of the object is carried out by means of the correspondences found, wherein a two-dimensional and temporal coding is generated during the pattern projection, by • projecting a completely two-dimensionally coded pattern and capturing the scene using the cameras (4.1, 4.2, 4.3, 4.4), and • projecting a temporally coded pattern having a two-dimensionally different coding multiple times in succession and capturing multiple scenes in succession using the cameras (4.1, 4.2, 4.3, 4.4), in a manner triggered simultaneously in each case, wherein • during the two-dimensional coding for the scene, correspondences of adjacent pixels are found in the images captured by the different cameras (4.1, 4.2, 4.3, 4.4), • during the temporal coding for the multiple scenes, correspondences are found in the same pixels of the images captured by the different cameras (4.1, 4.2, 4.3, 4.4), and • for each pixel, found correspondences of the two-dimensional coding and of the temporal coding are correlated, and these correlations are used in the measurement of the object , characterised in that the scene is captured using the at least three cameras (4.1, 4.2, 4.3, 4.4) from different viewing angles (6.1, 6.2, 6.3, 6.4) and that sub-systems of two cameras (4.1, 4.2, 4.3, 4.4) are formed from the multiple cameras (4.1, 4.2, 4.3, 4.4), and a recalibration of cameras (4.1, 4.2, 4.3, 4.4) is carried out by always using the measured values of the other sub-systems to calibrate one sub-system. • projecting a completely two-dimensionally coded pattern and capturing the scene using the cameras (4.1, 4.2, 4.3, 4.4), and • projecting a temporally coded pattern having a two-dimensionally different coding multiple times in succession and capturing multiple scenes in succession using the cameras (4.1, 4.2, 4.3, 4.4), in a manner triggered simultaneously in each case, • during the two-dimensional coding for the scene, correspondences of adjacent pixels are found in the images captured by the different cameras (4.1, 4.2, 4.3, 4.4), • during the temporal coding for the multiple scenes, correspondences are found in the same pixels of the images captured by the different cameras (4.1, 4.2, 4.3, 4.4), and • for each pixel, found correspondences of the two-dimensional coding and of the temporal coding are correlated, and these correlations are used in the measurement of the object ,
A method implemented in a wireless device configured to communicate with a network node , the method comprising: receiving (S140): a first radio resource control, RRC, configuration profile associated with a cell, the first RRC configuration profile including a plurality of first RRC configuration parameters; and a second RRC configuration profile associated with the cell, the second RRC configuration profile including a plurality of second RRC configuration parameters; and responsive (S142) to at least one of: receiving an RRC profile indicator comprised in a downlink control information, DCI; and a timer expiring, switching (S142) from communicating in the cell according to the first RRC configuration profile to communicating in the cell according to the second RRC configuration profile, the RRC profile indicator directly indicating the second RRC configuration profile, wherein the first and second RRC configuration profiles are grouped into a first RRC configuration profile group, and each RRC configuration profile in the first RRC configuration profile group shares a set of common RRC configuration parameter values. receiving (S140): a first radio resource control, RRC, configuration profile associated with a cell, the first RRC configuration profile including a plurality of first RRC configuration parameters; and a second RRC configuration profile associated with the cell, the second RRC configuration profile including a plurality of second RRC configuration parameters; and a first radio resource control, RRC, configuration profile associated with a cell, the first RRC configuration profile including a plurality of first RRC configuration parameters; and a second RRC configuration profile associated with the cell, the second RRC configuration profile including a plurality of second RRC configuration parameters; and responsive (S142) to at least one of: receiving an RRC profile indicator comprised in a downlink control information, DCI; and a timer expiring, receiving an RRC profile indicator comprised in a downlink control information, DCI; and a timer expiring, switching (S142) from communicating in the cell according to the first RRC configuration profile to communicating in the cell according to the second RRC configuration profile, the RRC profile indicator directly indicating the second RRC configuration profile, wherein the first and second RRC configuration profiles are grouped into a first RRC configuration profile group, and each RRC configuration profile in the first RRC configuration profile group shares a set of common RRC configuration parameter values.
A side airbag device comprising: a bag-shaped airbag that deploys from a lateral portion of a vehicle seat toward a front side of a vehicle; and an inflator that supplies inflation gas into the airbag , characterized in that the airbag has, at least at a lower portion thereof, a lower tuck-in region tucked into the airbag , at least a part of the lower tuck-in region is folded into a fan shape and has a radial folded region folded into a pleated shape along a line extending rearward in a radial direction from a central point (O) of the fan shape positioned on a front side of the airbag . a bag-shaped airbag that deploys from a lateral portion of a vehicle seat toward a front side of a vehicle; and an inflator that supplies inflation gas into the airbag ,
A powder actuated fastening tool including a charge advance apparatus for advancing a powder charge strip relative to a barrel of the tool, wherein the charge advance apparatus includes a rotatable ratchet having teeth for engaging receptacles formed in the powder charge strip, and a charge advance member coupled to a trigger of the tool, wherein the charge advance member acts on the rotatable ratchet to rotate the ratchet in response to actuation and/or release of the trigger, such that the rotation of the ratchet causes advance of the powder charge strip relative to the barrel; wherein the barrel has mounted thereon an alignment member which moves relative to the ratchet when the barrel is brought from the open position to the closed position to ensure a charge of the powder charge strip is in alignment with the barrel; and characterised in that , when the barrel is brought from the open position to the closed position, the alignment member is moved into abutment with the ratchet to prevent the ratchet from rotating, thereby preventing the charge from moving out of alignment with the barrel.
A method for producing an article out of a maraging steel, wherein the article is successively subjected to a solution annealing and aging heat treatment, wherein the steel has the following composition in M-%: C = 0.01-0.05 Si = 0.4-0.8 Mn = 0.1-0.5 Cr = 12.0-13.0 Ni = 9.5-10.5 Mo = 0.5-1.5 Ti = 0.5-1.5 Al = 0.5-1.5 Cu = 0.0-0.05 Residual iron and smelting-induced impurities, wherein the material is formed into a desired shape and then solution annealed at 900-1000°C, wherein the material is solution annealed for 0.5-1.5 hours, wherein the material is aged at 475°C-525°C after solution annealing and wherein the ageing period is two to six hours. the article is successively subjected to a solution annealing and aging heat treatment, wherein the steel has the following composition in M-%: C = 0.01-0.05 Si = 0.4-0.8 Mn = 0.1-0.5 Cr = 12.0-13.0 Ni = 9.5-10.5 Mo = 0.5-1.5 Ti = 0.5-1.5 Al = 0.5-1.5 Cu = 0.0-0.05 C = 0.01-0.05 Si = 0.4-0.8 Mn = 0.1-0.5 Cr = 12.0-13.0 Ni = 9.5-10.5 Mo = 0.5-1.5 Ti = 0.5-1.5 Al = 0.5-1.5 Cu = 0.0-0.05 Residual iron and smelting-induced impurities, wherein the material is formed into a desired shape and then solution annealed at 900-1000°C, wherein the material is solution annealed for 0.5-1.5 hours, wherein the material is aged at 475°C-525°C after solution annealing and wherein the ageing period is two to six hours.
Method for enacting a change of operating modalities of a vehicle , comprising the following steps: • operating at least one display device in the vehicle , which at least partially comprises a screen , the at least one display device comprising at least two operating modes for operator control by a user; • automatically providing a triggering signal to the at least one display device , the triggering signal being triggered by at least one trigger event, • the trigger event being provided directly or indirectly by the vehicle and the triggering signal triggering a change from a first operating mode to a second operating mode, this change being at least partially indicated to the user by at least one operator alerting signal, characterized in that the trigger event is directly and/or indirectly connected to a change of a driving mode of the vehicle . • operating at least one display device in the vehicle , which at least partially comprises a screen , the at least one display device comprising at least two operating modes for operator control by a user; • automatically providing a triggering signal to the at least one display device , the triggering signal being triggered by at least one trigger event, • the trigger event being provided directly or indirectly by the vehicle and the triggering signal triggering a change from a first operating mode to a second operating mode, this change being at least partially indicated to the user by at least one operator alerting signal,
A durable lubricating composition for electric or hybrid-electric vehicles, the lubricating composition comprising: a base oil of lubricating viscosity; at least 0.7 weight percent of a thiadiazole; an amine salt of a phosphoric acid ester providing at least 100 ppm of phosphorus to the durable lubricating composition; a sulfur plus phosphorus to nitrogen ((S+P)/N) weight ratio of at least 2.3; and the lubricating composition having at least 150 ppm of phosphorus and at least 2000 ppm of sulfur. a base oil of lubricating viscosity; at least 0.7 weight percent of a thiadiazole; an amine salt of a phosphoric acid ester providing at least 100 ppm of phosphorus to the durable lubricating composition; a sulfur plus phosphorus to nitrogen ((S+P)/N) weight ratio of at least 2.3; and the lubricating composition having at least 150 ppm of phosphorus and at least 2000 ppm of sulfur.