mhurhangee/patent-ind-claim-en huggingface dataset:
A method for wireless communications, performed by an apparatus, comprising: receiving a plurality of channel state information reference signals, CSI-RSs, wherein a plurality of CSI-RS resources each correspond to a set of the CSI-RSs and a set of antenna ports used in transmitting the corresponding set of CSI-RSs; assuming a plurality of first transmissions on a plurality of time-frequency resource units, each first transmission comprising a plurality of layers and using a plurality of the antenna ports associated with one of the plurality of CSI-RS resources, wherein different subsets of the antenna ports are used for different time-frequency resource units in one transmission; determining a common rank for the assumed plurality of first transmissions and a plurality of first channel quality metrics, wherein each first channel quality metric is based on a corresponding first transmission; determining a plurality of first channel quality indicators, CQIs, each first CQI indicating one of the plurality of first channel quality metrics; and transmitting a best set of common rank and of the plurality of first CQIs. receiving a plurality of channel state information reference signals, CSI-RSs, wherein a plurality of CSI-RS resources each correspond to a set of the CSI-RSs and a set of antenna ports used in transmitting the corresponding set of CSI-RSs; assuming a plurality of first transmissions on a plurality of time-frequency resource units, each first transmission comprising a plurality of layers and using a plurality of the antenna ports associated with one of the plurality of CSI-RS resources, wherein different subsets of the antenna ports are used for different time-frequency resource units in one transmission; determining a common rank for the assumed plurality of first transmissions and a plurality of first channel quality metrics, wherein each first channel quality metric is based on a corresponding first transmission; determining a plurality of first channel quality indicators, CQIs, each first CQI indicating one of the plurality of first channel quality metrics; and transmitting a best set of common rank and of the plurality of first CQIs.
Columns lift for vehicles comprising at least one column and at least one first arm for supporting a vehicle , said at least one first arm being configured to slide along said at least one column in order to raise said vehicle to a given height above the ground, wherein at least one platform is positioned on supports connected to at least one second arm which slides on said at least one column , wherein at least one battery of said vehicle can be placed on said at least one platform , characterized in that said at least one platform , when it is in a lowered position, is positioned on a multi-function modular wheeled or fixed station and in that said multi-function modular station has diagnostic and/or repair instruments used for said at least one battery .
Method for controlling, in particular damping, a mechanical vibration of a system, in particular for vibration welding, wherein, in a first time period, the system is excited by an exciter signal having a first frequency f1, such as to produce a first time curve p(t) of the phase of the exciter signal, in a second time period, the system is excited by a frequency value curve f(t) that changes over time and is selected such that at the end of the second time period the time curve of the phase of the exciter signal has a non-negligible phase difference Delta_p from the first curve p(t) of the phase, wherein the frequency value curve f(t) begins at the first frequency value f1 at the start of the second time period and ends at the first frequency f1 at the end of the second time period, in particular wherein the frequency value curve f(t) is continuous, in particular continuous and continuously differentiable, characterised in that in the first time period, the amplitude of the exciter signal is controlled such that the amplitude of the mechanical vibration detected by means of a sensor is controlled towards its setpoint, wherein the exciter signal is an alternating magnetic field, wherein the alternating magnetic field is generated by means of one or more electromagnets , each fed by an electrical voltage provided by a transformer at the secondary side, said transformer being fed by a converter at the primary side, wherein the converter comprises a main-powered rectifier, the rectified output voltage of which feeds an inverter of the converter , said inverter providing a three-phase voltage by which the transformer is fed, wherein the amplitude and frequency of the three-phase voltage can be controlled, wherein the transformer is a Scott transformer , the secondary-side AC voltages of which have a 90° phase shift.
A sounding reference signal, SRS transmission method, comprising: scheduling a physical uplink shared channel, PUSCH transmission, to a first carrier such that it occupies an uplink slot of the first carrier; determining whether an SRS capacity of the first carrier is limited; when it is determined that the SRS capacity of the first carrier is limited, re-scheduling the PUSCH transmission to an idle time domain resource on a second carrier; sending , SRS time domain resource indication information to the terminal device, wherein the SRS time domain resource indication information indicates an SRS time domain resource, the SRS time domain resource is part or all of the uplink slot on the first carrier; receiving , on the SRS time domain resource, a SRS from the terminal device; performing , channel estimation based on the SRS. scheduling a physical uplink shared channel, PUSCH transmission, to a first carrier such that it occupies an uplink slot of the first carrier; determining whether an SRS capacity of the first carrier is limited; when it is determined that the SRS capacity of the first carrier is limited, re-scheduling the PUSCH transmission to an idle time domain resource on a second carrier; sending , SRS time domain resource indication information to the terminal device, wherein the SRS time domain resource indication information indicates an SRS time domain resource, the SRS time domain resource is part or all of the uplink slot on the first carrier; receiving , on the SRS time domain resource, a SRS from the terminal device; performing , channel estimation based on the SRS.
A carbon-fiber-reinforced resin composition comprising (A) a carbon fiber not containing a sizing agent and exhibiting 0.3 mmol/g or more of total amount of acidic functional groups on a carbon fiber surface measured by Boehm titration method or 0.02 mmol/g or more of amount of carboxyl groups on a carbon fiber surface measured by Boehm titration method and (B) a thermoplastic resin and/or a thermosetting resin; wherein the resin composition comprises 5 to 95 mass% of (A) a carbon fiber and 5 to 95 mass% of (B) a thermoplastic resin and/or a thermosetting resin on the basis of a total amount of (A) the carbon fiber and (B) the thermoplastic resin and/or a thermosetting resin as 100 mass%.
A metallic card wire having an elongated rib portion and teeth, the teeth comprise a front segment , a top segment and a back segment , wherein the front segment comprises the connection of the tooth from the elongated rib portion and the front segment includes a tip which is actively taking fibres in carding, wherein the top segment comprises at least one hunch after the tip in the direction of the back segment , wherein if more than one hunch is present the first hunch is the hunch positioned closest to the tip and if only one hunch is present this hunch is the first hunch, wherein the deepest point of the valley between the tip and the first hunch has a distance from the tip in the direction perpendicular to the length of the card wire of minimum 0.03 mm, and wherein the back segment forms the connection of the top segment towards the elongated rib portion and the front segment of the next tooth; wherein along the full length of the back segment the angle between the back segment and the length direction of the card wire is smaller than the front angle; characterized in that the highest point - or the middle of the zone that is highest - of at least one of the hunches lies within the two fictitious lines through the tip of the card wire that make an angle of -5 degrees and of +3 degrees with the longitudinal direction of the card wire.
A method for producing a furniture panel , comprising a material panel , both panel surfaces of which are coated with a panel coating having a surface design (OG) and to the at least one narrow face of which at least one edge strip is fastened as a narrow face coating, wherein the edge strip is produced by coextrusion and has a central portion and, on both sides next to the central portion , two outer portions adjoining the panel coatings , wherein the outer portions have an outer design (AG) corresponding to at least one surface design (OG), wherein the central portion has a central design (MG) which differs from the outer design (AG), wherein the central portion and the outer portions are made of colored, non-transparent plastics, wherein the central portion has a width (B2) of at least 10 mm and the outer portion , before fastening the edge strip to the material panel , has a width (B1) of less than 6 mm, wherein the edge strip, after fastening to the material panel , is adapted to the thickness of the coated material panel by machining and the edge strip is thereby reduced in such a manner that the outer portions each have a width (B1) of less than 3 mm. wherein the edge strip is produced by coextrusion and has a central portion and, on both sides next to the central portion , two outer portions adjoining the panel coatings , wherein the outer portions have an outer design (AG) corresponding to at least one surface design (OG), wherein the central portion has a central design (MG) which differs from the outer design (AG), wherein the central portion and the outer portions are made of colored, non-transparent plastics, wherein the central portion has a width (B2) of at least 10 mm and the outer portion , before fastening the edge strip to the material panel , has a width (B1) of less than 6 mm, wherein the edge strip, after fastening to the material panel , is adapted to the thickness of the coated material panel by machining and the edge strip is thereby reduced in such a manner that the outer portions each have a width (B1) of less than 3 mm.
A method of encoding channel or object based input audio for playback, the method including the steps of: (a) initially rendering the channel or object based input audio into an initial output presentation; (b) determining an estimate of a dominant audio component signal from the channel or object based input audio and determining a series of dominant audio component weighting factors for mapping the initial output presentation into the dominant audio component signal, so as to enable utilizing the dominant audio component weighting factors and the initial output presentation to determine the estimate of the dominant audio component signal; (c) determining an estimate of the dominant audio component direction or position ; and (d) encoding the initial output presentation, the dominant audio component weighting factors , the dominant audio component direction or position as the encoded signal for playback, wherein said initial output presentation comprises a stereo down-mix signal . (a) initially rendering the channel or object based input audio into an initial output presentation; (b) determining an estimate of a dominant audio component signal from the channel or object based input audio and determining a series of dominant audio component weighting factors for mapping the initial output presentation into the dominant audio component signal, so as to enable utilizing the dominant audio component weighting factors and the initial output presentation to determine the estimate of the dominant audio component signal; (c) determining an estimate of the dominant audio component direction or position ; and (d) encoding the initial output presentation, the dominant audio component weighting factors , the dominant audio component direction or position as the encoded signal for playback,
A method for setting a thermogravimetric measurement apparatus comprising a measurement unit adapted to measure a weight of a sample, a heating unit adapted to heat the sample, and a cooling fan physically connected to the measurement unit , the method characterized in that it comprises: a rotation speed determination step comprising monitoring changes in a weight measurement value at the measurement unit while altering a rotation speed of the cooling fan , wherein such monitoring changes in the weight measurement value at the measurement unit are performed in a state in which the sample is not set on the measurement unit , identifing the relationship between the rotation speed of the cooling fan and an amount of noise in the weight measurement value caused by the vibration of the cooling fan , and determining a rotation speed in operation of the cooling fan based on the changes in the weight measurement value. identifing the relationship between the rotation speed of the cooling fan and an amount of noise in the weight measurement value caused by the vibration of the cooling fan , and determining a rotation speed in operation of the cooling fan based on the changes in the weight measurement value.
A smart tag for attachment to an object , the smart tag comprising: - an electronic system (ES) for contactless communication; - a support to which at least part of the electronic system (ES) is fixed; - destruction means configured to act on at least one element of the electronic system (ES), when the smart tag is removed from said object , to demolish said at least one element of the electronic system (ES), the destruction means including a demolisher movably mounted to pass through said support from a first position on one side of the support to a second position on the other side of the support ; characterised by - first attachment means (AM) for attaching the destruction means to the support ; and - second attachment means for attaching the tag to the object ; wherein said first attachment means is weaker than the said second attachment means . - an electronic system (ES) for contactless communication; - a support to which at least part of the electronic system (ES) is fixed; - destruction means configured to act on at least one element of the electronic system (ES), when the smart tag is removed from said object , to demolish said at least one element of the electronic system (ES), the destruction means including a demolisher movably mounted to pass through said support from a first position on one side of the support to a second position on the other side of the support ; - first attachment means (AM) for attaching the destruction means to the support ; and - second attachment means for attaching the tag to the object ;
A method of producing a three-dimensional tissue having a vascular system structure, wherein the method comprises: (a) a step of producing a template of a vascular system structure using a gel; (b) a step of forming a three-dimensional tissue in a vicinity of the template; (c) a step of dissolving the template using a cationic solution; and (d) a step of seeding at least one of a blood vessel endothelial cell or a lymphatic vessel endothelial cell in a void remaining after the dissolution of the template. (a) a step of producing a template of a vascular system structure using a gel; (b) a step of forming a three-dimensional tissue in a vicinity of the template; (c) a step of dissolving the template using a cationic solution; and (d) a step of seeding at least one of a blood vessel endothelial cell or a lymphatic vessel endothelial cell in a void remaining after the dissolution of the template.
A method comprising: acquiring ahead of bit or around bit data related to a formation from measurements by a tool ; and generating a two-dimensional map view of the formation using the acquired data, wherein the 2D map view displays formation properties in a single predetermined direction with respect to a reference point for the tool as a function of depth, wherein the map view includes a sloped line to represent a bed boundary (90A-90E) between two formation layers (18A-18D) displayed for a depth value, and wherein an angle of the sloped line corresponds to a relative dip angle indicator between the predetermined direction and said bed boundary (90A-90E). acquiring ahead of bit or around bit data related to a formation from measurements by a tool ; and generating a two-dimensional map view of the formation using the acquired data, wherein the 2D map view displays formation properties in a single predetermined direction with respect to a reference point for the tool as a function of depth, wherein the map view includes a sloped line to represent a bed boundary (90A-90E) between two formation layers (18A-18D) displayed for a depth value, and wherein an angle of the sloped line corresponds to a relative dip angle indicator between the predetermined direction and said bed boundary (90A-90E).
A connector (CHN) for high-speed transmission to be fitted with an external counterpart connector (CNP), the connector (CHN) for high-speed transmission comprising: a housing with at least one slot ; a plurality of terminals (3H-j) which comprise ground terminals (3H-j(G)) and signal terminals (3H-j(S)), and are arranged in the slot along a first direction orthogonal to a fitting direction of the connector; and partition walls (15H-k) provided between adjacent terminals (3H-j) in the slot , characterized in that a height of the partition walls (15H-k) between the ground terminals (3H-j (G)) and the signal terminals (3H-j(S)) in the fitting direction is lower than a height of other partition walls (15H-k) in the fitting direction. a housing with at least one slot ; a plurality of terminals (3H-j) which comprise ground terminals (3H-j(G)) and signal terminals (3H-j(S)), and are arranged in the slot along a first direction orthogonal to a fitting direction of the connector; and partition walls (15H-k) provided between adjacent terminals (3H-j) in the slot , characterized in that a height of the partition walls (15H-k) between the ground terminals (3H-j (G)) and the signal terminals (3H-j(S)) in the fitting direction is lower than a height of other partition walls (15H-k) in the fitting direction.
One or more computer-readable storage media having stored thereon multiple instructions that, when executed by one or more processors of a first device, cause the one or more processors to: receive a photo captured at the first device; determine a second device in close proximity to the first device; determine a connection between the first device and the second device; determine that the photo includes an image of a user of the second device using face recognition; upon determination that the photo includes an image of the user of the second device, automatically send the photo to the second device; receive , from the second device, an indication that the photo is not to be shared; and share , in response to the indication, the photo with no other device. receive a photo captured at the first device; determine a second device in close proximity to the first device; determine a connection between the first device and the second device; determine that the photo includes an image of a user of the second device using face recognition; upon determination that the photo includes an image of the user of the second device, automatically send the photo to the second device; receive , from the second device, an indication that the photo is not to be shared; and share , in response to the indication, the photo with no other device.
A method for creating a full arch model comprising an upper and lower jaw in a correct anatomical relationship using a statistical technique applied to a set of individual tooth models, comprising the steps of: acquiring multiple sets of digitized dental arches with a pair of maxillary and mandibular jaws in a correct anatomical relationship ; gathering a pre-defined set of landmark points on the occlusal surface of each arch all in the same order and same corresponding positions across multiple samples ; using the gathered set of landmark points to perform statistical modeling to create a linear subspace of arch feature points ; and using the feature points to construct a full arch tooth model with individual crown models fit to a given set of arch points . acquiring multiple sets of digitized dental arches with a pair of maxillary and mandibular jaws in a correct anatomical relationship ; gathering a pre-defined set of landmark points on the occlusal surface of each arch all in the same order and same corresponding positions across multiple samples ; using the gathered set of landmark points to perform statistical modeling to create a linear subspace of arch feature points ; and using the feature points to construct a full arch tooth model with individual crown models fit to a given set of arch points .
Extractor apparatus having a suction opening and, arranged under the suction opening , a fan by means of which the primary air (P) is sucked away downward via the suction opening , wherein the extractor apparatus has at least one expulsion opening which is adjacent to the suction opening and via which an oriented secondary air stream (S) is expelled, characterised in that the extractor apparatus has a separating element , which is arranged between the suction opening and the at least one expulsion opening , and the separating element extends vertically upward from the plane of the suction opening .
A process for preparing a vulcanisable elastomeric compound for tyres, said process comprising at least: - a step of mixing at least one elastomeric polymer (A) and at least one additive for elastomeric compounds, with the exception of vulcanising agents (B), to give a non-vulcanisable elastomeric compound; - a step of mixing the non-vulcanisable elastomeric compound and at least one vulcanising agent (B), to give a vulcanisable elastomeric compound, and - a step of unloading of the vulcanisable elastomeric compound, wherein in the mixing steps and/or , at least one fatty acid (C), at least one product (D) comprising zinc directly bound to a white filler and at least one compatibilising agent (E) are added, characterised in that said at least one compatibilising agent (E) is added after the complete addition and processing of said at least one fatty acid (C) and at least one product (D) comprising zinc directly bound to a white filler. - a step of mixing at least one elastomeric polymer (A) and at least one additive for elastomeric compounds, with the exception of vulcanising agents (B), to give a non-vulcanisable elastomeric compound; - a step of mixing the non-vulcanisable elastomeric compound and at least one vulcanising agent (B), to give a vulcanisable elastomeric compound, and - a step of unloading of the vulcanisable elastomeric compound, wherein in the mixing steps and/or , at least one fatty acid (C), at least one product (D) comprising zinc directly bound to a white filler and at least one compatibilising agent (E) are added, characterised in that said at least one compatibilising agent (E) is added after the complete addition and processing of said at least one fatty acid (C) and at least one product (D) comprising zinc directly bound to a white filler.