mhurhangee/ep-ind-claims huggingface dataset:
A method for organizing virtual objects within an augmented reality display, the method comprising: providing a display configured to present a virtual field-of-view having multiple virtual objects superimposed on a real-world scene image; identifying (720, 820) multiple regions within the virtual field of view; assigning priorities (730,840) to the multiple regions of the virtual field-of-view based on real-world objects present within the real-world scene image, wherein a priority of each region of the multiple regions is based on one or more real-world objects identified in each region; and adjusting the colour of a virtual object in response to objects of said real-world scene image; and displaying the multiple virtual objects within the virtual field-of-view arranged based on the prioritized multiple regions while decreasing the lumen output. providing a display configured to present a virtual field-of-view having multiple virtual objects superimposed on a real-world scene image; identifying (720, 820) multiple regions within the virtual field of view; assigning priorities (730,840) to the multiple regions of the virtual field-of-view based on real-world objects present within the real-world scene image, wherein a priority of each region of the multiple regions is based on one or more real-world objects identified in each region; and adjusting the colour of a virtual object in response to objects of said real-world scene image; and displaying the multiple virtual objects within the virtual field-of-view arranged based on the prioritized multiple regions while decreasing the lumen output.
A method for recording and analytics of a plurality of packet records for network data packets entering a network over a relevant data time window, the method comprising: receiving a plurality of incoming packets including ingress packets and egress packets, wherein each incoming packet belongs to one of a plurality of conversation flows; forming a capture stream of packet records for the incoming packets, wherein each packet record includes metadata having a timestamp, a record length, and a flow hash; and performing intelligent load balancing on the capture stream of packet records, the load balancing including reading the metadata for each packet record, determining a packet record is part of either a hot flow or a cold flow, wherein a hot flow is a conversation flow having a relatively high amount of traffic, and a cold flow is a conversation flow having a relatively low amount of traffic, selecting a destination node for each packet record based on the flow hash, and steering the packet record to one of a plurality of encapsulation buffers based on the destination node, wherein a cold flow is directed coherently to a single node. receiving a plurality of incoming packets including ingress packets and egress packets, wherein each incoming packet belongs to one of a plurality of conversation flows; forming a capture stream of packet records for the incoming packets, wherein each packet record includes metadata having a timestamp, a record length, and a flow hash; and performing intelligent load balancing on the capture stream of packet records, the load balancing including reading the metadata for each packet record, determining a packet record is part of either a hot flow or a cold flow, wherein a hot flow is a conversation flow having a relatively high amount of traffic, and a cold flow is a conversation flow having a relatively low amount of traffic, selecting a destination node for each packet record based on the flow hash, and steering the packet record to one of a plurality of encapsulation buffers based on the destination node, wherein a cold flow is directed coherently to a single node. selecting a destination node for each packet record based on the flow hash, and steering the packet record to one of a plurality of encapsulation buffers based on the destination node, wherein a cold flow is directed coherently to a single node.
A wheelbase structure (10, 100) configured to form at least a part of a vehicle main supporting structure by extending from a first axle to a second axle, the first and second axles being separated along a longitudinal direction, wherein the wheelbase structure (10, 100) comprises: an outer boundary forming an inner housing space for housing energy storage or transformation devices, wherein at least a portion (112, 112a' 114, 116) of the outer boundary is formed by a sandwich structure comprising a plurality of layers (310, 320, 330) of different material.
A method for activating a copper or copper alloy surface for depositing a metal or metal alloy layer by electroless (autocatalytic) plating thereon comprising, in this order, the steps of i. providing a substrate comprising a copper or copper alloy surface, ii. contacting said substrate with the following components a. an aqueous solution containing a source of palladium ions, b. an aqueous solution containing a phosphonate compound c. an aqueous solution containing a source of halide ions and iii. depositing a metal or metal alloy layer onto the activated copper or copper alloy surface obtained in step ii. by electroless plating wherein no organic acid or salt thereof comprising a carboxylic group without phosphonate group is used in step ii. i. providing a substrate comprising a copper or copper alloy surface, ii. contacting said substrate with the following components a. an aqueous solution containing a source of palladium ions, b. an aqueous solution containing a phosphonate compound c. an aqueous solution containing a source of halide ions and a. an aqueous solution containing a source of palladium ions, b. an aqueous solution containing a phosphonate compound c. an aqueous solution containing a source of halide ions and iii. depositing a metal or metal alloy layer onto the activated copper or copper alloy surface obtained in step ii. by electroless plating wherein no organic acid or salt thereof comprising a carboxylic group without phosphonate group is used in step ii.
A method of manufacturing an article by injection moulding, the method comprising injection moulding an article from a polymer resin, wherein the polymer resin comprises different types of recycled polymer and a compatibilizer comprising inorganic particulate material and a surface treatment agent on a surface of the inorganic particulate material, and wherein the polymer resin has a MFI @ 2.16 kg/190 °C of equal to or greater than 3.0 g/10 min.
An exhaust system for a compression ignition internal combustion engine comprising an oxidation catalyst for the oxidative treatment of a hydrocarbon and carbon monoxide in an exhaust gas, the oxidation catalyst comprising a supporting substrate and a plurality of catalyst layers supported on the supporting substrate, wherein the plurality of catalyst layers comprise a washcoat material, an active metal and a hydrocarbon adsorbent, which is a zeolite, and wherein one catalyst layer, which is a second washcoat coating, lies on the catalyst surface layer side and one other catalyst layer, which is a first washcoat coating, lies on the side lower than the said one catalyst layer; and wherein: (a) the amount of hydrocarbon adsorbent in the said one catalyst layer is greater than the amount of hydrocarbon adsorbent in the said one other catalyst layer, and the concentration of active metal in the said one catalyst layer is the same as or less than the concentration of active metal in the said one other catalyst layer; or (b) the amount of hydrocarbon adsorbent in the said one catalyst layer is the same as the amount of hydrocarbon adsorbent in the said one other catalyst layer, and the concentration of active metal in the said one catalyst layer is less than the concentration of active metal in the said one other catalyst layer; wherein the first washcoat coating comprises a catalyst composition comprising platinum and at least one support material for the platinum, and the second washcoat coating comprises a catalyst composition comprising both platinum and palladium and at least one support material for the platinum and the palladium, and wherein a weight ratio of platinum to palladium in the second washcoat coating is <2, and wherein a Pt:Pd weight ratio of both the first washcoat coating and the second washcoat coating combined is ≥2:1. (a) the amount of hydrocarbon adsorbent in the said one catalyst layer is greater than the amount of hydrocarbon adsorbent in the said one other catalyst layer, and the concentration of active metal in the said one catalyst layer is the same as or less than the concentration of active metal in the said one other catalyst layer; or (b) the amount of hydrocarbon adsorbent in the said one catalyst layer is the same as the amount of hydrocarbon adsorbent in the said one other catalyst layer, and the concentration of active metal in the said one catalyst layer is less than the concentration of active metal in the said one other catalyst layer;
A textile comprising a main-yarn and a sub-yarn interwoven with each other, wherein the main-yarn is a yarn including 50% by weight or more of Japanese paper which is slit into a tape shape, the Japanese paper being made from a paper material comprising 90% by weight or more of fibers of paper mulberry, oriental paper bush, hemp, conifer, and/or bamboo grass and having a weight per unit area of about 10 - 20g/m 2, the sub-yarn is a yarn made of natural fiber for spinning and weaving, or made of artificial fiber, the sub-yarn having a weight per unit length that is 1/7 to 2/3 of the weight per unit length of the main-yarn, the textile has a weave texture structure including a warp A made of the main-yarn, a weft A made of the main-yarn, a warp B made of the sub-yarn, and a weft B made of the sub-yarn, wherein in the weave texture structure, warp rows have a repeating row structure where one or two warps B are located between two warps A, weft rows have a repeating row structure where one or two wefts B are located between two wefts A, and the warp A and the weft A cross each other in one of a plain weave texture structure and a twill weave texture structure in the texture, the textile has a weave density coefficient of 8.5 to 14, and the textile has a value of t/P of 1/15 to 1/4 where P represents a product of the number of warps and the number of wefts, the warps and the wefts being present in a unit area of the textile, and t represents the number of floats in which the number of skipped yarns by the main-yarn is 3 to 4, the floats being present on one side of the unit area, the weave density coefficient being as defined in paragraph of EP 2 862 969 A1.
A vehicular side airbag device that has a side airbag (4, 103) built into a seat and that, due to introduction of an inflator gas from an inflator, deploys and inflates, in a direction from a vehicle rear towards a vehicle front, into a gap between an occupant and a vehicle side section, wherein inside the side airbag (4, 103) there are provided a rapid chamber extending from a seat back region over a top region and a bottom region that taper gradually towards the vehicle front, a delay chamber positioned between the top region and the bottom region on the vehicle-front side of the seat back region, and a front-rear partitioning section that partitions the interior of the side airbag (4, 103) into the delay chamber and the rapid chamber; and the inflator is provided inside the rapid chamber, whereby - the partitioning section is formed to a bow riser shape, and - a central section of the partitioning section is positioned substantially in the top-bottom direction in the interior of the side airbag so as to run substantially along a back abutting surface of a seat back, and - an upper section is bent obliquely upward from the central section towards the vehicle front, and - a lower section is bent obliquely downward from the central section towards the vehicle front, and - the seat back region between the central section and a rear edge of the side airbag is formed in the rapid chamber, characterised in that the seat back region deploys and inflates substantially inside the seat back. - the partitioning section is formed to a bow riser shape, and - a central section of the partitioning section is positioned substantially in the top-bottom direction in the interior of the side airbag so as to run substantially along a back abutting surface of a seat back, and - an upper section is bent obliquely upward from the central section towards the vehicle front, and - a lower section is bent obliquely downward from the central section towards the vehicle front, and - the seat back region between the central section and a rear edge of the side airbag is formed in the rapid chamber, characterised in that
Communication device comprising a transceiver and an antenna, wherein the transceiver with its passive and active components is situated on a first printed circuit board on which conductive tracks and electronic components are arranged, and the antenna is an electrical antenna which is designed as a monopole with one radiating element and one counterpoise, wherein the radiating element of the monopole comprises conductive tracks on the first printed circuit board and the counterpoise of the monopole comprises conductive tracks on another, separate printed circuit board, characterized in that the radiating element of the monopole additionally consists of the transceiver with its active and passive components, which is situated on the first printed circuit board close to a window in a conductive housing, and additionally consists of active and passive components of the first printed circuit board and conductive fastening means, and that the counterpoise of the monopole additionally consists of electronic components of another electronic circuit which is arranged on another, separate printed circuit board and of conductive fastening means, wherein the counterpoise is extended capacitively or via a galvanic connection to the conductive housing, wherein a first pole of the antenna output of the transceiver is coupled to the radiating element of the monopole and a second pole of the antenna output of the transceiver is coupled to the counterpoise of the monopole via an impedance matching from a first inductance and a second inductance at least at high frequency, respectively, and wherein the dimensions of the radiating element of the antenna are smaller than 1⁄4 of the wavelength.
Use of a composition comprising a lipid, protein and digestible carbohydrate component wherein the protein component provides less than 9% of the total calories, the lipid component provides 35 to 55% of the total calories and the digestible carbohydrate component provides 30 to 60% of the total calories for the manufacture of a nutritional composition to be administered to a human with the age below 36 months and for a. preventing and/or treating visceral adiposity; b. preventing and/or treating the accumulation of visceral fat tissue to an excessive amount; and/or c. decrease the ratio of visceral fat to subcutaneous fat tissue. a. preventing and/or treating visceral adiposity; b. preventing and/or treating the accumulation of visceral fat tissue to an excessive amount; and/or c. decrease the ratio of visceral fat to subcutaneous fat tissue.
A user apparatus for a mobile communication system including a first base station (MeNB) and a second base station (SeNB) that perform communication with the user apparatus by inter-base station carrier aggregation, comprising: a management unit configured to receive, from the first base station (MeNB), first setting information for instructing whether to report uplink transmission power information to the first base station (MeNB), and to receive, from the first base station (MeNB), second setting information for instructing whether to report uplink transmission power information to the second base station (SeNB); and a notification control unit configured to report uplink transmission power information to the first base station (MeNB) or the second base station (SeNB) when detecting a report trigger for performing reporting of the uplink transmission power information, wherein, even when one of the first setting information and the second setting information received by the management reception unit instructs not to perform reporting of the uplink transmission power information to one of the first or the second base station, when the notification control unit detects a report trigger for the base station for which it is instructed not to perform reporting of the uplink transmission power information, the notification control unit is configured to report the uplink transmission power information to the other one of the first or the second base station. a management unit configured to receive, from the first base station (MeNB), first setting information for instructing whether to report uplink transmission power information to the first base station (MeNB), and to receive, from the first base station (MeNB), second setting information for instructing whether to report uplink transmission power information to the second base station (SeNB); and a notification control unit configured to report uplink transmission power information to the first base station (MeNB) or the second base station (SeNB) when detecting a report trigger for performing reporting of the uplink transmission power information, wherein, even when one of the first setting information and the second setting information received by the management reception unit instructs not to perform reporting of the uplink transmission power information to one of the first or the second base station, when the notification control unit detects a report trigger for the base station for which it is instructed not to perform reporting of the uplink transmission power information, the notification control unit is configured to report the uplink transmission power information to the other one of the first or the second base station.
A safety razor, comprising: a handle, adapted to pivotally support a razor cartridge; a biasing member; a reservoir adapted to contain a portion of a non-solid shaving aid material, at least partially disposed in the handle, and at least one port adapted to provide fluid communication between the reservoir and an applicator of the razor cartridge; a razor cartridge pivotally mounted to the handle and adapted to pivot away from an at-rest position relative to the handle in response to forces encountered during normal use of the safety razor against forces provided by the biasing member to bias the cartridge towards the at-rest position; wherein the razor cartridge is further pivotally coupled to the reservoir; characterized in that the reservoir includes a vent extending through a wall of the reservoir, and a linkage extending between the razor cartridge and the reservoir, the linkage having a plug arranged to block the vent when the razor cartridge is in the at-rest position; wherein when the razor cartridge pivots away from the at-rest position in response to forces encountered during normal use of the safety razor, pivotal movement of the razor cartridge relative to the reservoir causes movement of the linkage relative to both the razor cartridge and the reservoir and causes the plug to be at least partially removed from the vent, thereby providing pressure relief for any partial vacuum in the reservoir. a handle, adapted to pivotally support a razor cartridge; a biasing member; a reservoir adapted to contain a portion of a non-solid shaving aid material, at least partially disposed in the handle, and at least one port adapted to provide fluid communication between the reservoir and an applicator of the razor cartridge; a razor cartridge pivotally mounted to the handle and adapted to pivot away from an at-rest position relative to the handle in response to forces encountered during normal use of the safety razor against forces provided by the biasing member to bias the cartridge towards the at-rest position; wherein the razor cartridge is further pivotally coupled to the reservoir; characterized in that the reservoir includes a vent extending through a wall of the reservoir, and a linkage extending between the razor cartridge and the reservoir, the linkage having a plug arranged to block the vent when the razor cartridge is in the at-rest position; wherein when the razor cartridge pivots away from the at-rest position in response to forces encountered during normal use of the safety razor, pivotal movement of the razor cartridge relative to the reservoir causes movement of the linkage relative to both the razor cartridge and the reservoir and causes the plug to be at least partially removed from the vent, thereby providing pressure relief for any partial vacuum in the reservoir.
The use of glycerol distearate as a formulating agent to increase the bioavailability of protein active ingredients in subcutaneous or intramuscular injectable formulations, said active ingredient being interferon α-2b.
A water-based ink composition comprising: water; an organic solvent; an unreacted colorless coloring agent dissolved in the organic solvent; an emulsifier; characterized by one or more thickening agents, wherein the organic solvent which contains the dissolved colorless coloring agent is emulsified in the water, wherein a visible color results when the coloring agent is reacted with a separate color developer, and wherein the color developer is on a specially treated surface. water; an organic solvent; an unreacted colorless coloring agent dissolved in the organic solvent; an emulsifier; characterized by one or more thickening agents, wherein the organic solvent which contains the dissolved colorless coloring agent is emulsified in the water, wherein a visible color results when the coloring agent is reacted with a separate color developer, and wherein the color developer is on a specially treated surface.
A chloroprene rubber composition comprising: a chloroprene rubber and a natural rubber in a total amount of 100 parts by mass; a block copolymer of styrene and butadiene in an amount of 0.1 to 10 parts by mass; ethylene thiourea in an amount of 0.1 to 3.0 parts by mass; and dipentamethylenethiuram tetrasulfide in an amount of 0.1 to 3.0 parts by mass. a chloroprene rubber and a natural rubber in a total amount of 100 parts by mass; a block copolymer of styrene and butadiene in an amount of 0.1 to 10 parts by mass; ethylene thiourea in an amount of 0.1 to 3.0 parts by mass; and dipentamethylenethiuram tetrasulfide in an amount of 0.1 to 3.0 parts by mass.