mhurhangee/patent-ind-claim-en huggingface dataset:
Method for initiating a cooperative driving maneuver by providing a driving intention notification for vehicles in an environment of a vehicle , wherein the driving intention notification comprises information about an intention of a driver or of an at least partially automated vehicle control system of the vehicle to carry out a driving maneuver, with receiving information about a driving intention, wherein the driving intention is based on the intention to carry out the driving maneuver; determining a position of the vehicle ; determining the driving intention notification based on the information about the driving intention; calculating transmission parameters for the driving intention notification, wherein the transmission parameters include a repetition rate and a transmission point in time based on a desired reception probability of the driving intention notification, the driving intention, and the position of the vehicle; and providing on the basis of the transmission parameters the driving intention notification as a direct vehicle-to-vehicle notification for the vehicles in the vicinity of the vehicle .
A method for suctioning and comminuting at least one strip , which is produced by at least one longitudinal cut of a film web , in which the strip is removed from the film web with at least one conveyor line , in which the strip is comminuted with a comminutor , in which the strip is conveyed with a device for providing a volume flow from the film web to the comminutor , and in which the device for providing a volume flow comprises a first suction device , with which, viewed in the transport direction (F) of the strip , a part of the volume flow is produced upstream of the comminutor , wherein with a second suction device , which is arranged in the transport direction (F) of the strip downstream of the comminutor , the introduction of the strip into the comminutor is supported, characterized in that a partial volume flow is provided with the first suction device , which has a proportion of the volume flow of more than 50%, preferably more that 60% and in particular 70% and that the second suction device provides a volume flow proportion of at most 50% or at most 40% and in particular at most 30%. in which the strip is removed from the film web with at least one conveyor line , in which the strip is comminuted with a comminutor , in which the strip is conveyed with a device for providing a volume flow from the film web to the comminutor , and in which the device for providing a volume flow comprises a first suction device , with which, viewed in the transport direction (F) of the strip , a part of the volume flow is produced upstream of the comminutor , wherein with a second suction device , which is arranged in the transport direction (F) of the strip downstream of the comminutor , the introduction of the strip into the comminutor is supported, characterized in that a partial volume flow is provided with the first suction device , which has a proportion of the volume flow of more than 50%, preferably more that 60% and in particular 70% and that the second suction device provides a volume flow proportion of at most 50% or at most 40% and in particular at most 30%.
A system for measuring electrolyte content in an electrochemical gas sensor , the system comprising: a housing , in which there is disposed: a separator material comprising a first separator material surface and a second separator material surface opposite the first separator material surface; a first electrode disposed on the first separator material surface; a second electrode disposed on the second separator material surface; a wick material comprising a first wick material surface and a second wick material surface opposite the first wick material surface; a liquid electrolyte disposed at least in the wick material and the separator material ; a third electrode disposed on the first wick material surface; a porous polytetrafluoroethylene, PTFE, film tape to support and electrically separate the second electrode and the third electrode ; and a fourth electrode disposed on the second wick material surface, wherein the fourth electrode is configured to measure an electrical conductivity through the wick material , wherein the separator material comprises a first hydrophilic material, wherein the wick material comprises a second hydrophilic material, and wherein the first hydrophilic material is more hydrophilic than the second hydrophilic material. a separator material comprising a first separator material surface and a second separator material surface opposite the first separator material surface; a first electrode disposed on the first separator material surface; a second electrode disposed on the second separator material surface; a wick material comprising a first wick material surface and a second wick material surface opposite the first wick material surface; a liquid electrolyte disposed at least in the wick material and the separator material ; a third electrode disposed on the first wick material surface; a porous polytetrafluoroethylene, PTFE, film tape to support and electrically separate the second electrode and the third electrode ; and a fourth electrode disposed on the second wick material surface, wherein the fourth electrode is configured to measure an electrical conductivity through the wick material , wherein the separator material comprises a first hydrophilic material, wherein the wick material comprises a second hydrophilic material, and wherein the first hydrophilic material is more hydrophilic than the second hydrophilic material.
A reinforcement of a rear pillar of a body of a motor vehicle including an upper end and a lower end , characterized in that the reinforcement includes a central portion and a quarter panel wall defining, together with the central portion , an angle and an inner space , the quarter panel wall including an upper quarter panel wall and a lower quarter panel wall situated at the lower end , the lower quarter panel wall being offset with respect to the upper quarter panel wall towards an outer space by opposition with the inner space , the central portion including an upper portion and a lower portion situated at the lower end , the lower portion being offset with respect to the upper portion towards the outer space , the lower portion and the lower quarter panel wall defining together a receiving space of a rail case end of a sliding lateral door.
A cationic surfactant having general formula (I): [Z-D-N(-D 1 -NR 1 3 + ) a (R) 2-a ][X - ] a (I), wherein Z is a siloxane moiety or an unsubstituted hydrocarbyl moiety having from 5 to 20 carbon atoms; D is a covalent bond or a divalent linking group; D 1 is a divalent linking group; R is H or an unsubstituted hydrocarbyl group having from 1 to 4 carbon atoms; each R 1 is an independently selected unsubstituted hydrocarbyl group having from 1 to 4 carbon atoms; subscript a is 1 or 2; and each X is an anion.
A bearing housing for a turbocharger , the bearing housing comprising: a bearing housing body configured to receive a rotor shaft along a longitudinal axis (L1) of the bearing housing body , characterized by a hub connected to the bearing housing body and defining an opening into the bearing housing body , the opening being configured to receive a rotor shaft bearing ; and at least one arm extending radially from the hub , the at least one arm having a first end connected to the hub and a second end opposite to the first end , wherein the second end of the at least one arm comprises a connection structure configured to connect the bearing housing with a compressor housing of the turbocharger . a bearing housing body configured to receive a rotor shaft along a longitudinal axis (L1) of the bearing housing body , characterized by a hub connected to the bearing housing body and defining an opening into the bearing housing body , the opening being configured to receive a rotor shaft bearing ; and at least one arm extending radially from the hub , the at least one arm having a first end connected to the hub and a second end opposite to the first end , wherein the second end of the at least one arm comprises a connection structure configured to connect the bearing housing with a compressor housing of the turbocharger .
A method of wireless communication at a wireless device , comprising: initiating a listen before talk, LBT, sidelink sensing procedure including initiating an LBT timer to run for at least a minimum sensing duration in a channel; detecting one or more signals in the channel during the LBT sidelink sensing procedure; and allowing the LBT timer to continue to run based on the one or more signals being one or more sidelink signals. initiating a listen before talk, LBT, sidelink sensing procedure including initiating an LBT timer to run for at least a minimum sensing duration in a channel; detecting one or more signals in the channel during the LBT sidelink sensing procedure; and allowing the LBT timer to continue to run based on the one or more signals being one or more sidelink signals.
A touchscreen having an image-generating layer , a sensor layer and a touch layer which has an external surface and an internal surface , wherein the sensor layer is arranged on the side of the internal surface of the touch layer and wherein, when the external surface is touched with a touch organ , the touch can be measured and evaluated by the sensor layer through the thickness of the touch layer , characterized in that , at least one guide track for the touch organ is machined out of the touch layer from the external surface of the touch layer in the region of the sensor layer and the image-generating layer .
A contact lens system for placing in an eye comprising: a display comprising a matrix of display elements; a driver unit configured to receive data from a host and to present the data on the display ; a set of sensors integrated on the display for measuring pupil size; and wherein the driver unit is further configured to read outputs from the set of sensors to determine the pupil size and adjust a size of an active area of the display based on the pupil size by activating and deactivating the display elements. a display comprising a matrix of display elements; a driver unit configured to receive data from a host and to present the data on the display ; a set of sensors integrated on the display for measuring pupil size; and wherein the driver unit is further configured to read outputs from the set of sensors to determine the pupil size and adjust a size of an active area of the display based on the pupil size by activating and deactivating the display elements.
A thermally activated building panel adapted to be mounted at a ceiling or wall of a room and including a metal plate having a room-facing surface and a building-facing surface , wherein a heat-exchanger tube for conveying a cooling or heating medium is in conductive thermal contact with the building-facing surface of the metal plate , and wherein a textile is arranged on the room-facing surface of the metal plate , the textile having a first surface generally contacting the metal plate and a second surface generally visible from said room, wherein the textile is tensioned between opposed edges of the metal plate , characterised in that the first surface of the textile is metallized by deposition of metal particles on the textile .
A gas turbine engine comprising a fan drive turbine driving a shaft , said shaft engaging a gear reduction , said gear reduction driving a fan rotor at a speed that is less than the speed of the fan drive turbine , and said gear reduction being a non-epicyclic gear reduction, wherein said gear reduction is rigidly mounted to a housing in said gas turbine engine , said fan drive turbine drives an input gear of said gear reduction through a flexible input shaft , an output gear of said gear reduction drives the fan rotor through a flexible output shaft , and said input gear drives an intermediate gear to, in turn, drive said output gear ; characterised in that : said intermediate gear has a first set of gear teeth engaging gear teeth on said input gear and a second set of gear teeth engaging gear teeth on said output gear .
A camera comprising: an aperture configured to enable light to enter the camera ; an image sensor configured to capture the light that has entered the camera and convert the light into image signals; a substrate carrier , wherein the image sensor is mounted on a substrate supported by the substrate carrier ; a carrier frame at least partially surrounding the substrate carrier ; a spring plate that mechanically couples the substrate carrier to the carrier frame, wherein the spring plate permits motion of the substrate carrier relative to the carrier frame in an autofocus, AF, direction and restricts motion of the substrate carrier relative to the carrier frame in a plurality of optical image stabilization, OIS, directions orthogonal to the autofocus, AF, direction; a set of suspension elements mechanically connected to a static member of the camera and coupled to the carrier frame , wherein the suspension elements permit motion of the carrier frame and the substrate carrier in the plurality of optical image stabilization, OIS, directions and restrict motion of the carrier frame in the autofocus, AF, direction; and one or more voice coil motor actuators configured to move the image sensor in the autofocus, AF, direction and move the image sensor in the plurality of optical image stabilization, OIS, directions orthogonal to the autofocus direction. an aperture configured to enable light to enter the camera ; an image sensor configured to capture the light that has entered the camera and convert the light into image signals; a substrate carrier , wherein the image sensor is mounted on a substrate supported by the substrate carrier ; a carrier frame at least partially surrounding the substrate carrier ; a spring plate that mechanically couples the substrate carrier to the carrier frame, wherein the spring plate permits motion of the substrate carrier relative to the carrier frame in an autofocus, AF, direction and restricts motion of the substrate carrier relative to the carrier frame in a plurality of optical image stabilization, OIS, directions orthogonal to the autofocus, AF, direction; a set of suspension elements mechanically connected to a static member of the camera and coupled to the carrier frame , wherein the suspension elements permit motion of the carrier frame and the substrate carrier in the plurality of optical image stabilization, OIS, directions and restrict motion of the carrier frame in the autofocus, AF, direction; and one or more voice coil motor actuators configured to move the image sensor in the autofocus, AF, direction and move the image sensor in the plurality of optical image stabilization, OIS, directions orthogonal to the autofocus direction.
A method for the production of a solid nitrile group-containing copolymer rubber, the solid nitrile group-containing copolymer rubber containing α,β-ethylenically unsaturated nitrile monomer units in a ratio of 10 to 60 wt% and diene monomer units and/or α-olefin monomer units in a ratio of 40 to 90 wt%, having a Z-average radius of gyration of 100 nm or more and having a plasticity number of 14 to 90, wherein the method comprises a step for copolymerizing monomers for forming the solid nitrile group-containing copolymer rubber by emulsion polymerization method in the presence of a first alkylthiol compound and a second alkylthiol compound, the first alkylthiol compound is an alkylthiol compound having 12 to 16 carbon atoms which has at least three tertiary or higher carbon atoms and a thiol group directly bonding with at least one tertiary carbon atom, the second alkylthiol compound is an alkylthiol compound having 9 to 16 carbon atoms which has less than three tertiary or higher carbon atoms or an alkylthiol compound having 9 to 16 carbon atoms which has three or more tertiary or higher carbon atoms and does not have a thiol group directly bonding with a tertiary carbon atom, the plasticity number is measured based on JIS K6300-3, and the Z-average radius of gyration is measured by dissolving the solid nitrile group-containing copolymer rubber in tetrahydrofuran. the method comprises a step for copolymerizing monomers for forming the solid nitrile group-containing copolymer rubber by emulsion polymerization method in the presence of a first alkylthiol compound and a second alkylthiol compound, the first alkylthiol compound is an alkylthiol compound having 12 to 16 carbon atoms which has at least three tertiary or higher carbon atoms and a thiol group directly bonding with at least one tertiary carbon atom, the second alkylthiol compound is an alkylthiol compound having 9 to 16 carbon atoms which has less than three tertiary or higher carbon atoms or an alkylthiol compound having 9 to 16 carbon atoms which has three or more tertiary or higher carbon atoms and does not have a thiol group directly bonding with a tertiary carbon atom, the plasticity number is measured based on JIS K6300-3, and the Z-average radius of gyration is measured by dissolving the solid nitrile group-containing copolymer rubber in tetrahydrofuran.
An impact fastening tool (2; 202; 302; 402; 502), comprising: a motor ; a hammer configured to be rotationally driven by the motor ; an anvil configured to be hit in a rotational direction by the hammer ; a signal obtainer (24, 28; 12, 210; 408; 508) configured to obtain a variable signal which varies in accordance with a hit to the anvil by the hammer ; and characterised in that it also comprises a seating determiner configured to determine whether or not a fastener has been seated based on the variable signal obtained by the signal obtainer (24, 28; 12, 210; 408; 508), wherein the seating determiner is configured to determine whether or not the fastener has been seated based on a signal component of the variable signal obtained by the signal obtainer (24, 28; 12, 210; 408; 508), the signal component corresponding to a predetermined reference frequency, wherein the seating determiner includes a frequency converter configured to perform frequency conversion for the variable signal, and wherein the frequency converter includes: a reference signal generator configured to generate a reference signal having a frequency equal to or higher than the predetermined reference frequency; and a multiplier configured to multiply the variable signal by the reference signal. a motor ; a hammer configured to be rotationally driven by the motor ; an anvil configured to be hit in a rotational direction by the hammer ; a signal obtainer (24, 28; 12, 210; 408; 508) configured to obtain a variable signal which varies in accordance with a hit to the anvil by the hammer ; and characterised in that it also comprises a seating determiner configured to determine whether or not a fastener has been seated based on the variable signal obtained by the signal obtainer (24, 28; 12, 210; 408; 508), wherein the seating determiner is configured to determine whether or not the fastener has been seated based on a signal component of the variable signal obtained by the signal obtainer (24, 28; 12, 210; 408; 508), the signal component corresponding to a predetermined reference frequency, wherein the seating determiner includes a frequency converter configured to perform frequency conversion for the variable signal, and wherein the frequency converter includes: a reference signal generator configured to generate a reference signal having a frequency equal to or higher than the predetermined reference frequency; and a multiplier configured to multiply the variable signal by the reference signal. a reference signal generator configured to generate a reference signal having a frequency equal to or higher than the predetermined reference frequency; and a multiplier configured to multiply the variable signal by the reference signal.
Method for establishing a count measure of radio devices in a radio network, comprising: receiving a presence message at a first base station of the radio network, wherein a radio device is configured to transmit said presence message with a certain probability based on a predefined reporting rule and responsive to the radio device being present in a dedicated coverage area of the radio network; detecting presence of the radio device within the dedicated coverage area of the radio network responsive to receiving said presence message; compiling the count measure, comprising calculating an estimate of the number of radio devices present in the dedicated coverage area, wherein the detected presence of said radio device represents a count of at least one radio device. receiving a presence message at a first base station of the radio network, wherein a radio device is configured to transmit said presence message with a certain probability based on a predefined reporting rule and responsive to the radio device being present in a dedicated coverage area of the radio network; detecting presence of the radio device within the dedicated coverage area of the radio network responsive to receiving said presence message; compiling the count measure, comprising calculating an estimate of the number of radio devices present in the dedicated coverage area, wherein the detected presence of said radio device represents a count of at least one radio device.
A receiver comprising: a digital signal processor configured to process a digital form of an input signal , the digital signal processor including: a first electronic chromatic dispersion compensation module for pre-compensating the digital form of the input signal ; at least one nonlinearity compensation stage comprising an electronic nonlinearity compensator and an electronic chromatic dispersion compensator for compensating an output of the first electronic chromatic dispersion compensation module ; and a second electronic chromatic dispersion compensation module for post-compensating an output of the at least one nonlinearity compensation stage , wherein pre-compensating the digital form of the input signal by the first electronic chromatic dispersion compensation module is performed before a first nonlinearity compensation stage and post-compensating an output of the at least one nonlinearity compensation stage by the second electronic chromatic dispersion compensation module is performed after the last nonlinearity compensation stage of the at least one nonlinearity compensation stage . a first electronic chromatic dispersion compensation module for pre-compensating the digital form of the input signal ; at least one nonlinearity compensation stage comprising an electronic nonlinearity compensator and an electronic chromatic dispersion compensator for compensating an output of the first electronic chromatic dispersion compensation module ; and a second electronic chromatic dispersion compensation module for post-compensating an output of the at least one nonlinearity compensation stage , wherein pre-compensating the digital form of the input signal by the first electronic chromatic dispersion compensation module is performed before a first nonlinearity compensation stage and post-compensating an output of the at least one nonlinearity compensation stage by the second electronic chromatic dispersion compensation module is performed after the last nonlinearity compensation stage of the at least one nonlinearity compensation stage .