mhurhangee/patent-ind-claim-en huggingface dataset:
A load control method, comprising: sending , by a network device, a system broadcast message, wherein the system broadcast message comprises a first configuration parameter, and the first configuration parameter is used to control whether a terminal performs a two-step random access procedure: wherein the first configuration parameter comprises second indication information and a first control parameter, wherein the second indication information is used for the terminal to determine whether the terminal is capable of performing the two-step random access procedure; the first control parameter is used to judge whether the terminal performs a switching from the two-step random access procedure to a four-step random access procedure, in a case that the second indication information indicates that the terminal is capable of performing the two-step random access procedure. sending , by a network device, a system broadcast message, wherein the system broadcast message comprises a first configuration parameter, and the first configuration parameter is used to control whether a terminal performs a two-step random access procedure: wherein the first configuration parameter comprises second indication information and a first control parameter, wherein the second indication information is used for the terminal to determine whether the terminal is capable of performing the two-step random access procedure; the first control parameter is used to judge whether the terminal performs a switching from the two-step random access procedure to a four-step random access procedure, in a case that the second indication information indicates that the terminal is capable of performing the two-step random access procedure.
Computer-implemented method for providing correction data in a GNSS network-RTK system having reference stations , the method comprising • obtaining basic data with respect to the reference stations , the basic data for each of the reference stations respectively indicating influences on a signal propagation exerted by the atmosphere on a satellite signal of a GNSS associated with the respective reference station , • defining a base triangulation that encloses at least part of the reference stations , • subdividing the base triangulation into child triangles by means of a recursive division of parent triangles into four child triangles, • determining synthetic data for each of the child triangles based on a triangulation algorithm applied to the basic data such that the synthetic data represent a gridded representation of the basic data, and • providing access to correction data, wherein the correction data comprise at least part of the synthetic data , characterized in that the at least part of the synthetic data are arranged in a quad-tree hierarchy and the correction data are configured that for each child node differential data are provided with respect to data of its parent node , namely the node of the previous tree level which was partitioned into those child nodes which comprise the respective child node. • obtaining basic data with respect to the reference stations , the basic data for each of the reference stations respectively indicating influences on a signal propagation exerted by the atmosphere on a satellite signal of a GNSS associated with the respective reference station , • defining a base triangulation that encloses at least part of the reference stations , • subdividing the base triangulation into child triangles by means of a recursive division of parent triangles into four child triangles, • determining synthetic data for each of the child triangles based on a triangulation algorithm applied to the basic data such that the synthetic data represent a gridded representation of the basic data, and • providing access to correction data, wherein the correction data comprise at least part of the synthetic data , the at least part of the synthetic data are arranged in a quad-tree hierarchy and the correction data are configured that for each child node differential data are provided with respect to data of its parent node , namely the node of the previous tree level which was partitioned into those child nodes which comprise the respective child node.
A catheter for delivery of fluid, comprising: an elongated tube having a plurality of exit holes provided along a length of said tube to define an infusion section of said catheter , said tube being sized to be inserted into an anatomical region; and an elongated member positioned within said tube and being formed of a porous material, wherein said porous member is generally cylindrical in shape; said elongated member is secured to said tube by a ring-shaped bond at the proximal end of the infusion section, and is positioned within the tube so that an annular region is formed between the outer surface of the member and the inner surface of the tube , so that in operation, fluid flowing in the tube saturates the porous member and once the member is saturated, the fluid in the member flows into the region and out of the catheter through the exit holes ; characterised in that said elongated member incorporates an anti-microbial substance . an elongated tube having a plurality of exit holes provided along a length of said tube to define an infusion section of said catheter , said tube being sized to be inserted into an anatomical region; and an elongated member positioned within said tube and being formed of a porous material, wherein said porous member is generally cylindrical in shape; said elongated member is secured to said tube by a ring-shaped bond at the proximal end of the infusion section, and is positioned within the tube so that an annular region is formed between the outer surface of the member and the inner surface of the tube , so that in operation, fluid flowing in the tube saturates the porous member and once the member is saturated, the fluid in the member flows into the region and out of the catheter through the exit holes ; characterised in that said elongated member incorporates an anti-microbial substance .
A windscreen wiper device for cleaning a windshield of a vehicle, comprising: an elongated wiper strip extending in a longitudinal direction between opposite wiper strip ends and being of a flexible material for sealing against the windshield; said wiper strip presenting a pair of grooves extending in said longitudinal direction; at least one carrier element which is slidably disposed in said grooves and extending in said longitudinal direction between opposite carrier element ends; a frame structure including a plurality of claws and wherein all of said claws are in sliding engagement with said at least one carrier element and wherein said frame structure extends longitudinally past both of said wiper strip ends and both said carrier element ends; and wherein said frame structure includes a pair of flange portions that are separate from said claws and that establish confines for the sliding movement of said carrier element and wiper strip relative to said frame structure . an elongated wiper strip extending in a longitudinal direction between opposite wiper strip ends and being of a flexible material for sealing against the windshield; said wiper strip presenting a pair of grooves extending in said longitudinal direction; at least one carrier element which is slidably disposed in said grooves and extending in said longitudinal direction between opposite carrier element ends; a frame structure including a plurality of claws and wherein all of said claws are in sliding engagement with said at least one carrier element and wherein said frame structure extends longitudinally past both of said wiper strip ends and both said carrier element ends; and wherein said frame structure includes a pair of flange portions that are separate from said claws and that establish confines for the sliding movement of said carrier element and wiper strip relative to said frame structure .
A method performed by a control unit for localizing and/or mapping during operation of a vehicle in an environment, wherein the vehicle comprises at least one environment perception sensor for the localizing and/or mapping, the method comprising: - obtaining (S1) at least one measurement of the environment from the environment perception sensor , - searching for and identifying (S2) a plurality of objects in the at least one measurement which plurality of objects correspond to a predefined pattern, - in response to determining that the plurality of objects correspond to the predefined pattern, filtering (S3) the at least one measurement so that only the plurality of objects which correspond to the predefined pattern are used for the localizing and/or mapping, and - localizing and/or mapping (S4) based on the filtered at least one measurement, wherein the predefined pattern is defined by a plurality of separate objects which are offset from each other, wherein the separate objects are offset from each other by a minimum distance and by a maximum distance, characterized in that , the minimum distance and the maximum distance between the plurality of objects define a predefined range, wherein the predefined pattern is identified when the plurality of objects are offset from each other according to the predefined range. - obtaining (S1) at least one measurement of the environment from the environment perception sensor , - searching for and identifying (S2) a plurality of objects in the at least one measurement which plurality of objects correspond to a predefined pattern, - in response to determining that the plurality of objects correspond to the predefined pattern, filtering (S3) the at least one measurement so that only the plurality of objects which correspond to the predefined pattern are used for the localizing and/or mapping, and - localizing and/or mapping (S4) based on the filtered at least one measurement, wherein the predefined pattern is defined by a plurality of separate objects which are offset from each other, wherein the separate objects are offset from each other by a minimum distance and by a maximum distance, characterized in that , the minimum distance and the maximum distance between the plurality of objects define a predefined range, wherein the predefined pattern is identified when the plurality of objects are offset from each other according to the predefined range.
Method for the separation of at least one isoprenic constituent from the resin of a guayule and/or of the guayule type plant comprising the steps of: a) providing a defatted resin of guayule and/or of the guayule type; b) subjecting said defatted resin to partitioning of the liquid-liquid type with solvents that are immiscible with each other thus obtaining an apolar extract containing the isoprenic constituents guayulin A, guayulin B and argentatin B; and a polar extract containing the isoprenic constituents argentatin A, argentatin C and argentatin D; and c) separating at least one isoprenic constituent from said polar extract and/or from said apolar extract thus obtained, wherein step c) comprises a step in which said polar extract is subjected to partitioning of the liquid-liquid type with solvents immiscible with each other and/or a step in which said apolar extract is subjected to partitioning of the solid-liquid type. a) providing a defatted resin of guayule and/or of the guayule type; b) subjecting said defatted resin to partitioning of the liquid-liquid type with solvents that are immiscible with each other thus obtaining an apolar extract containing the isoprenic constituents guayulin A, guayulin B and argentatin B; and a polar extract containing the isoprenic constituents argentatin A, argentatin C and argentatin D; and c) separating at least one isoprenic constituent from said polar extract and/or from said apolar extract thus obtained, wherein step c) comprises a step in which said polar extract is subjected to partitioning of the liquid-liquid type with solvents immiscible with each other and/or a step in which said apolar extract is subjected to partitioning of the solid-liquid type.
A method for collecting urine, the method comprises providing a urine collector made of a flexible sheet, the sheet comprising a central collection area , a front flap extending forward from the central collection area , and a rear part extending rearward from the central collection area , each of two side wings extending sideways outward from the central collection area between the front flap and rear part , two rear wings extending sideways from the rear part ; wherein the sheet when lying flat in a plane has a front edge region and an opposite rear edge region and two side edge regions between the front edge region and the rear edge region , each of the rear wings , side wings , and front flap being provided with sticky material ; the method comprising with the sticky material, respectively, fastening the front flap to a front of a toilet bowl , fastening the side wings to an edge of the toilet bowl in a front half of the toilet bowl , and fastening the rear wings to the edge of the toilet bowl towards the rear of the toilet relatively to the side wings; positioning the collection area as the lowest part of the urine collector ; collecting urine in the collection area ; detaching only the front flap from the front of the toilet bowl and lifting the front flap for elevating the collection area relatively to the rear part and causing the collected urine to flow over the rear part into a sampling container provided separate from the sheet at the rear part and sampling a volume of urine in the sampling container; detaching the side wings and the rear wings from the toilet bowl and flushing the urine collector out of the toilet bowl .
A method performed by an attack detection function , for detection of a distributed attack in a wireless network to which multiple wireless devices are connected, wherein the wireless devices include Internet of Things, loT, sensors, the method comprising: - detecting that characteristics of a traffic flow from each of the wireless devices fulfil a first predefined threshold condition related to abnormal traffic originating from the wireless devices, - in response to said detecting , identifying changes of the traffic flows from the wireless devices, wherein said identifying is performed based on statistics on previous traffic originating from the wireless devices, as obtained from a statistics collecting node which is connected to one or more base stations serving the wireless devices, and - determining whether the wireless devices are used in the distributed attack based on whether said identified changes of the traffic flows exceed second thresholds. - detecting that characteristics of a traffic flow from each of the wireless devices fulfil a first predefined threshold condition related to abnormal traffic originating from the wireless devices, - in response to said detecting , identifying changes of the traffic flows from the wireless devices, wherein said identifying is performed based on statistics on previous traffic originating from the wireless devices, as obtained from a statistics collecting node which is connected to one or more base stations serving the wireless devices, and - determining whether the wireless devices are used in the distributed attack based on whether said identified changes of the traffic flows exceed second thresholds.
A method of transmitting a signal by a base station, BS, in a wireless communication system, the method comprising: transmitting resource element, RE,-level scrambled data symbol sequence through a first narrowband physical downlink shared channel, NPDSCH, in orthogonal frequency division multiplexing, OFDM, symbols of a first slot; and repeatedly transmitting the RE-level scrambled data symbol sequence through a second NPDSCH in OFDM symbols of a second slot, wherein the RE-level scrambled data symbol sequence in the second slot is further OFDM symbol-level scrambled over the OFDM symbols of the second slot. transmitting resource element, RE,-level scrambled data symbol sequence through a first narrowband physical downlink shared channel, NPDSCH, in orthogonal frequency division multiplexing, OFDM, symbols of a first slot; and repeatedly transmitting the RE-level scrambled data symbol sequence through a second NPDSCH in OFDM symbols of a second slot, wherein the RE-level scrambled data symbol sequence in the second slot is further OFDM symbol-level scrambled over the OFDM symbols of the second slot.
A method for producing a metal belt which can be used for the production of plate-shaped or film-like materials, in which the metal belt is ground in multiple stages at least on one side over essentially the entire surface, wherein the grinding process is carried out on the endless, closed metal belt , characterized in that the metal belt is ground entirely in a final grinding stage with a single, aged or worn grinding medium which has a minimum wear (A1) at the beginning of the final grinding stage.
A method of decoding using alpha channel post processing, comprising: decoding, from multiple color channels of a bitstream, color channel values for an encoded image ; decoding, from an alpha channel of the bitstream, alpha channel values for the encoded image ; determining a bilateral filter based on a level of compression for encoding the alpha channel ; post processing the alpha channel values by filtering the alpha channel values using the bilateral filter to obtain filtered alpha channel values ; filtering, using a color channel filter that is other than a bilateral filter, at least some of the color channel values to obtain filtered color channel values; and generating at least a portion of a reconstructed image corresponding to the encoded image using the filtered alpha channel values and the filtered color channel values. decoding, from multiple color channels of a bitstream, color channel values for an encoded image ; decoding, from an alpha channel of the bitstream, alpha channel values for the encoded image ; determining a bilateral filter based on a level of compression for encoding the alpha channel ; post processing the alpha channel values by filtering the alpha channel values using the bilateral filter to obtain filtered alpha channel values ; filtering, using a color channel filter that is other than a bilateral filter, at least some of the color channel values to obtain filtered color channel values; and generating at least a portion of a reconstructed image corresponding to the encoded image using the filtered alpha channel values and the filtered color channel values.
Device for the thermal treatment of mineral material in lump form, in particular for burning lime, wherein the device has at least two shafts arranged parallel to one another, wherein the shafts are designed with a continuous casing from a shaft inlet to a discharge of the material in lump form, without internal or external pillar masonry or channel masonry or suspended cylinders, wherein each of the at least two shafts has at least one annular channel fitted straight onto the casing or via supply connections from outside, wherein the annular channels are arranged outside the shaft masonry and have no supporting, brick-built common connection to the shaft masonry and are not an integral part of the combustion or regenerative shaft, wherein the annular channels of the at least two shafts have a gas-conducting connection to one another, wherein in the region of the annular channels there are through-holes from the interior of the shafts to an outer side and the annular channels have a gas-conducting connection to the through-holes .
A turbomachine sealing ring having an axis of revolution and comprising: - an annular support which comprises fastening elements and/or hooking elements configured to cooperate with a stator element of the turbomachine, - an annular coating made of abradable material which is carried by said support, and - an annular thermal protection plate which is carried by said support, said ring being sectorised and comprising a plurality of ring sectors arranged circumferentially next to one another about said axis, each ring sector comprising a support sector, a coating sector and a plate sector, each plate sector comprising a flat tab pressed against a face of the corresponding support sector and fixed to this face by brazing, characterised in that said tab is inserted into a through-slot in said support sector in order to improve its integrity in operation. - an annular support which comprises fastening elements and/or hooking elements configured to cooperate with a stator element of the turbomachine, - an annular coating made of abradable material which is carried by said support, and - an annular thermal protection plate which is carried by said support, said ring being sectorised and comprising a plurality of ring sectors arranged circumferentially next to one another about said axis, each ring sector comprising a support sector, a coating sector and a plate sector, each plate sector comprising a flat tab pressed against a face of the corresponding support sector and fixed to this face by brazing, characterised in that said tab is inserted into a through-slot in said support sector in order to improve its integrity in operation.
A molded pulp container comprising: a container body made of molded pulp; and a synthetic resin layer formed by coating an inner surface and an outer surface of the container body with a synthetic resin comprising a synthetic resin emulsion or a water-soluble resin in which an aqueous solvent can be used; wherein at least one of the inner surface and the outer surface of the container body has at least one synthetic resin layer-free area which is free of the synthetic resin layer ; wherein the container body includes at least a bottom; and a side wall extending upwardly from the bottom; wherein the side wall includes, at an upper end of the side wall, a substantially flat flange , and wherein the synthetic resin layer-free area is disposed on a portion of the flange . a container body made of molded pulp; and a synthetic resin layer formed by coating an inner surface and an outer surface of the container body with a synthetic resin comprising a synthetic resin emulsion or a water-soluble resin in which an aqueous solvent can be used; wherein at least one of the inner surface and the outer surface of the container body has at least one synthetic resin layer-free area which is free of the synthetic resin layer ; wherein the container body includes at least a bottom; and a side wall extending upwardly from the bottom; wherein the side wall includes, at an upper end of the side wall, a substantially flat flange , and wherein the synthetic resin layer-free area is disposed on a portion of the flange .