mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for processing soundfield data, the soundfield data defining a soundfield within a spatial reproduction region comprising at least one bright zone and at least one quiet zone, wherein the apparatus comprises: an applicator configured to apply a spatially continuously varying weighting function to the soundfield data in order to obtain weighted soundfield data defining a weighted soundfield, wherein the spatially continuously varying weighting function is configured to enhance the soundfield in the at least one bright zone and/or the at least one quiet zone; characterised in that the apparatus further comprises a compressor configured to compress the soundfield data on the basis of a performance measure associated with the weighted soundfield, for reducing the size of the weighted soundfield data; wherein the performance measure associated with the weighted soundfield is an acoustical contrast between the at least one bright zone and the at least one quiet zone of the weighted soundfield. an applicator configured to apply a spatially continuously varying weighting function to the soundfield data in order to obtain weighted soundfield data defining a weighted soundfield, wherein the spatially continuously varying weighting function is configured to enhance the soundfield in the at least one bright zone and/or the at least one quiet zone; characterised in that the apparatus further comprises a compressor configured to compress the soundfield data on the basis of a performance measure associated with the weighted soundfield, for reducing the size of the weighted soundfield data; wherein the performance measure associated with the weighted soundfield is an acoustical contrast between the at least one bright zone and the at least one quiet zone of the weighted soundfield.
An antenna module comprising at least one antenna array, wherein the antenna module comprises: a printed circuit board, PCB; a first dielectric having a plate shape for each radiator of the at least one antenna array, wherein a first side of the first dielectric is coupled to a first side of the PCB; a plurality of second dielectrics (310, 311, 312, 313, 314, 319) disposed on a second side opposite to the first side of the first dielectric, wherein a first side of the plurality of second dielectrics is separated from the second side of the first dielectric by a first distance, and wherein the first distance is the height of the plurality of second dielectrics; a first radiator disposed on the first side of the plurality of second dielectrics; and a feeder (330, 332) configured to supply a radio frequency, RF, signal to the first radiator, a plurality of third dielectrics (350, 351) disposed on the second side of the first dielectric wherein the feeder is disposed on the first dielectric and the plurality of third dielectrics, wherein the feeder comprises a first feeding line for a first polarization and a second feeding line for a second polarization, and wherein each of the first feeding line and the second feeding line extends to a first side of one of the plurality of third dielectrics opposite to the second side of the first dielectric, wherein the first feeding line and the second feeding line are separated from the second side of the first dielectric by a third distance being shorter than the first distance, wherein the plurality of second dielectrics are disposed to support the first radiator. a printed circuit board, PCB; a first dielectric having a plate shape for each radiator of the at least one antenna array, wherein a first side of the first dielectric is coupled to a first side of the PCB; a plurality of second dielectrics (310, 311, 312, 313, 314, 319) disposed on a second side opposite to the first side of the first dielectric, wherein a first side of the plurality of second dielectrics is separated from the second side of the first dielectric by a first distance, and wherein the first distance is the height of the plurality of second dielectrics; a first radiator disposed on the first side of the plurality of second dielectrics; and a feeder (330, 332) configured to supply a radio frequency, RF, signal to the first radiator, a plurality of third dielectrics (350, 351) disposed on the second side of the first dielectric wherein the feeder is disposed on the first dielectric and the plurality of third dielectrics, wherein the feeder comprises a first feeding line for a first polarization and a second feeding line for a second polarization, and wherein each of the first feeding line and the second feeding line extends to a first side of one of the plurality of third dielectrics opposite to the second side of the first dielectric, wherein the first feeding line and the second feeding line are separated from the second side of the first dielectric by a third distance being shorter than the first distance, wherein the plurality of second dielectrics are disposed to support the first radiator.
A method for the implementation of an energy supply operation between an energy supply unit and at least one motor vehicle (K1, K2), to be supplied with energy, wherein a position of a vehicle-side energy supply interface is determined and an automated coupling between the vehicle-side energy supply interface and an energy supply interface of the energy supply unit takes place, in that the energy supply interface of the energy supply unit is moved by a robot to the vehicle-side energy supply interface and is coupled thereto, characterized in that the position of the vehicle-side energy supply interface relative to the energy supply unit is determined prior to implementation of the energy supply operation by the motor vehicle (K1, K2) itself and is transmitted from the motor vehicle (K1, K2) to the energy supply unit.
Combustion-operated setting tool for driving fastening elements into a substrate, with at least one main combustion chamber for a fuel, with a drive piston which can be driven in a setting direction via expandable gases from the main combustion chamber, and with a prechamber which is assigned an ignition device and in which a pressure which acts on the main combustion chamber can be built up before the ignition of a fuel/air mixture in the main combustion chamber, characterized in that the prechamber is assigned a valve device (161; 171), via which a maximum boost pressure in the prechamber can be varied, in order to adjust the setting energy which is provided in the case of a setting operation.
Turbine guide vane with an aerodynamically curved vane airfoil, which has a system of channels comprising channel sections for conducting coolant and equipped with a throttle element, characterized in that the throttle element is fitted in the turbine guide vane and is designed for the removal of coolant and also in the form of a cup with a circumferentially arranged inflow opening for coolant, the cup opening of the throttle element being arranged in the outer surface of the turbine guide vane.
A method for enriching and detecting microorganisms in a biological sample, comprising the following steps: a) filtering the biological sample through a polymer-modified substrate, wherein human-derived nucleated cells in the sample are captured or separated by the polymer-modified substrate and the microorganisms in the sample pass or flow through the polymer-modified substrate into filtrate; and b) detecting the microorganisms present in the filtrate; wherein the nucleated cells include one or more of erythroblasts, leukocytes and cancer cells; and the polymer is prepared by the polymerization of one or more monomers having the structure of formula: wherein R 1 is independently selected from the group consisting of hydrogen, methyl, ethyl, hydroxyl, C 1-12 alkyl, phenyl; R 2 is independently selected from the group consisting of hydrogen, methyl, ethyl, C 1-6 alkyl, amino, phenyl; and n is an integer of 1 to 5.
Method for non-destructive testing of the heating of a specific zone to be tested of a part made of polymeric material, the method including the following steps: a) taking at least one colorimetry measurement on said determined zone to be tested and obtaining the values a p, b p and L p of the parameters a, b and L of the colorimetric space CIELAB, b) taking at least one colorimetry measurement on a reference zone of the part and obtaining the values a p / ref, b p / ref and L p / ref of the parameters a, b and L of the colorimetric space CIELAB, c) calculating the color difference Δ Ep between the colorimetry measurements obtained in steps a) and b), d) from the value Δ Ep obtained in step c), determining the period of time during which said zone to be tested of the part has been subjected to a predetermined heating temperature and determining said heating temperature, using a reference database comprising color difference values Δ E ' obtained from a plurality of samples of polymer material having been subjected to a predetermined temperature during a predetermined period of time. a) taking at least one colorimetry measurement on said determined zone to be tested and obtaining the values a p, b p and L p of the parameters a, b and L of the colorimetric space CIELAB, b) taking at least one colorimetry measurement on a reference zone of the part and obtaining the values a p / ref, b p / ref and L p / ref of the parameters a, b and L of the colorimetric space CIELAB, c) calculating the color difference Δ Ep between the colorimetry measurements obtained in steps a) and b), d) from the value Δ Ep obtained in step c), determining the period of time during which said zone to be tested of the part has been subjected to a predetermined heating temperature and determining said heating temperature, using a reference database comprising color difference values Δ E ' obtained from a plurality of samples of polymer material having been subjected to a predetermined temperature during a predetermined period of time.
A cutting work method comprising: a cutting work step of forming a through-groove passing through from a surface to a back face of a workpiece material by cutting the workpiece material with a cutting tool while bringing a lubricant material for assisting cutting process into contact with the cutting tool and/or a to-be-processed portion of the workpiece material, wherein the workpiece material comprises one or more materials selected from the group consisting of a metal, a fiber reinforced plastic, ceramic, and a composite material thereof, the cutting tool is a circular saw, and the lubricant material for assisting cutting process contains: a high molecular weight compound having a weight average molecular weight of 5 × 10 4 or higher and 1 × 10 6 or lower; a medium molecular weight compound having a weight average molecular weight of 1 × 10 3 or higher and lower than 5 × 10 4; and a carbon having an average particle size of 100 μm or larger measured as indicated in the description. a cutting work step of forming a through-groove passing through from a surface to a back face of a workpiece material by cutting the workpiece material with a cutting tool while bringing a lubricant material for assisting cutting process into contact with the cutting tool and/or a to-be-processed portion of the workpiece material, wherein the workpiece material comprises one or more materials selected from the group consisting of a metal, a fiber reinforced plastic, ceramic, and a composite material thereof, the cutting tool is a circular saw, and the lubricant material for assisting cutting process contains: a high molecular weight compound having a weight average molecular weight of 5 × 10 4 or higher and 1 × 10 6 or lower; a medium molecular weight compound having a weight average molecular weight of 1 × 10 3 or higher and lower than 5 × 10 4; and a carbon having an average particle size of 100 μm or larger measured as indicated in the description. a high molecular weight compound having a weight average molecular weight of 5 × 10 4 or higher and 1 × 10 6 or lower; a medium molecular weight compound having a weight average molecular weight of 1 × 10 3 or higher and lower than 5 × 10 4; and a carbon having an average particle size of 100 μm or larger measured as indicated in the description.
Device for conveying hollow bodies, for a container manufacturing installation, the conveying device comprising: - at least one shuttle with at least one on-board member for grasping a hollow body; - at least one guide member (40, 51) for guiding the movements of the shuttle in a movement direction along a conveying path through contact, in a bearing direction, with at least one bearing member (32, 49) on board the shuttle; - at least one contact drive mechanism for driving each shuttle through contact along at least one contact drive portion of the conveying path, the drive mechanism comprising at least one movable pushing member, which pushes the shuttle through contact in the movement direction along the conveying path; characterized in that it comprises at least one strip of ferromagnetic material, which is arranged along the contact drive portion, for producing, through magnetic interaction with at least one magnet on board each shuttle, an attraction force that is sufficient to keep the shuttle permanently bearing against the guide members (40, 51) in the bearing direction orthogonal to the movement direction. - at least one shuttle with at least one on-board member for grasping a hollow body; - at least one guide member (40, 51) for guiding the movements of the shuttle in a movement direction along a conveying path through contact, in a bearing direction, with at least one bearing member (32, 49) on board the shuttle; - at least one contact drive mechanism for driving each shuttle through contact along at least one contact drive portion of the conveying path, the drive mechanism comprising at least one movable pushing member, which pushes the shuttle through contact in the movement direction along the conveying path;
A method of encoding image data for transmission to a downstream device, comprising: receiving image data corresponding to an area of a frame, the image data having a content gamut, wherein the content gamut occupies a fractional area of the chromatic information of the gamut of the frame; determining one or more gamut characteristics of the image data; determining whether conditions are appropriate for applying a localized gamut definition for the image data; based at least in part on the gamut characteristics, determining a localized gamut definition for the image data; and applying a gamut transform to the image data wherein color coordinates specified by the image data are mapped to corresponding color coordinates of the localized gamut definition. receiving image data corresponding to an area of a frame, the image data having a content gamut, wherein the content gamut occupies a fractional area of the chromatic information of the gamut of the frame; determining one or more gamut characteristics of the image data; determining whether conditions are appropriate for applying a localized gamut definition for the image data; based at least in part on the gamut characteristics, determining a localized gamut definition for the image data; and applying a gamut transform to the image data wherein color coordinates specified by the image data are mapped to corresponding color coordinates of the localized gamut definition.
A multi-band communications method, perfomed by a second device, comprising: generating a first frame, wherein the first frame carries request information used to request to perform authentication, association, or reassociation in at least two bands; sending the first frame to a first device; wherein the request information comprises at least two request bits, the at least two request bits are in a one-to-one correspondence with the at least two bands, and each request bit is used to request to perform authentication, association, or reassociation in a corresponding band; wherein the first frame comprises at least two first elements, and each first element carries the request bit for the corresponding band; and wherein the first element is a multi-band element or a neighbor report element. generating a first frame, wherein the first frame carries request information used to request to perform authentication, association, or reassociation in at least two bands; sending the first frame to a first device; wherein the request information comprises at least two request bits, the at least two request bits are in a one-to-one correspondence with the at least two bands, and each request bit is used to request to perform authentication, association, or reassociation in a corresponding band; wherein the first frame comprises at least two first elements, and each first element carries the request bit for the corresponding band; and wherein the first element is a multi-band element or a neighbor report element.
A wearable device, wherein the wearable device comprises: a display configured to present images; a lens configured to provide a view of the display to an eye of a user; an illuminator configured to illuminate the eye; an image sensor configured to detect illumination reflected by the eye; and at least one processor configured to: cause at least one of the illuminator or the image sensor to be moved; cause the display to present an image; receive data from the image sensor; determine a gaze direction of the eye based at least in part on the data from the image sensor; and cause at least one of the display or the lens to be moved until the gaze direction is directed toward the image for some minimum amount of time, wherein the causing of the at least one of the display or the lens to be moved comprises moving at least one of the display or the lens toward or away from the eye. a display configured to present images; a lens configured to provide a view of the display to an eye of a user; an illuminator configured to illuminate the eye; an image sensor configured to detect illumination reflected by the eye; and at least one processor configured to: cause at least one of the illuminator or the image sensor to be moved; cause the display to present an image; receive data from the image sensor; determine a gaze direction of the eye based at least in part on the data from the image sensor; and cause at least one of the display or the lens to be moved until the gaze direction is directed toward the image for some minimum amount of time, wherein the causing of the at least one of the display or the lens to be moved comprises moving at least one of the display or the lens toward or away from the eye. cause at least one of the illuminator or the image sensor to be moved; cause the display to present an image; receive data from the image sensor; determine a gaze direction of the eye based at least in part on the data from the image sensor; and cause at least one of the display or the lens to be moved until the gaze direction is directed toward the image for some minimum amount of time, wherein the causing of the at least one of the display or the lens to be moved comprises moving at least one of the display or the lens toward or away from the eye.
A method for supporting envelope reporting in a radio communication network having a control plane, CP, function separated from a user plane, UP, function, the method being performed in a CP node of the radio communication network and comprising: - setting a time quota mechanism, TQM, in a usage reporting rule, URR, wherein corresponding service data flows, SDFs, of the URR are applicable for envelope reporting; - setting at least one reporting trigger in the URR, to instruct the UP function to generate a usage report upon closure of an envelope; - setting a measurement method in the URR, to instruct the UP function to collect usage of volume, and/or time and/or event; - sending (Sno) the URR to the UP function; - receiving one or more usage reports from the UP function, in response to the sent URR, wherein the received usage report(s) comprises at least a usage report trigger set to envelope closure indicative of that the usage report is triggered by the envelope closure; - determining a starting time and/or an ending time for each envelope, based on the received usage report(s); and - storing each envelope, with the determined starting time and/or ending time, for online or offline charging; characterised in that: the TQM comprises a base time interval, BTI, and a BTI type being either continuous time period, CTP, or discrete time period, DTP, and wherein the at least one reporting trigger is set to envelope closure for CTP and/or DTP; wherein the DTP indicates that the envelope corresponds to one BTI, and wherein the CTP indicates that the envelope corresponds to consecutive BTIs. - setting a time quota mechanism, TQM, in a usage reporting rule, URR, wherein corresponding service data flows, SDFs, of the URR are applicable for envelope reporting; - setting at least one reporting trigger in the URR, to instruct the UP function to generate a usage report upon closure of an envelope; - setting a measurement method in the URR, to instruct the UP function to collect usage of volume, and/or time and/or event; - sending (Sno) the URR to the UP function; - receiving one or more usage reports from the UP function, in response to the sent URR, wherein the received usage report(s) comprises at least a usage report trigger set to envelope closure indicative of that the usage report is triggered by the envelope closure; - determining a starting time and/or an ending time for each envelope, based on the received usage report(s); and - storing each envelope, with the determined starting time and/or ending time, for online or offline charging; the TQM comprises a base time interval, BTI, and a BTI type being either continuous time period, CTP, or discrete time period, DTP, and wherein the at least one reporting trigger is set to envelope closure for CTP and/or DTP; wherein the DTP indicates that the envelope corresponds to one BTI, and wherein the CTP indicates that the envelope corresponds to consecutive BTIs.