mhurhangee/ep-ind-claims huggingface dataset:
A method to report link quality measurements for multiple downlink carriers operation, the method comprising: determining whether link quality measurements configured to be reported include requested per slot bit error probability measurements and requested per slot interference measurements; characterised by: dependent on at least in part that the link quality measurements to be reported include both per slot bit error probability measurements and per slot interference measurements, including in a reporting message a subset of requested measurements selected from the requested per slot bit error probability measurements and the requested per slot interference measurements in accordance with a prioritization scheme wherein the prioritization scheme prioritizes a selection of the subset of requested measurements if not all the requested per slot measurements fit in the reporting message (2110, 2210, 2310, 2410). determining whether link quality measurements configured to be reported include requested per slot bit error probability measurements and requested per slot interference measurements; characterised by: dependent on at least in part that the link quality measurements to be reported include both per slot bit error probability measurements and per slot interference measurements, including in a reporting message a subset of requested measurements selected from the requested per slot bit error probability measurements and the requested per slot interference measurements in accordance with a prioritization scheme wherein the prioritization scheme prioritizes a selection of the subset of requested measurements if not all the requested per slot measurements fit in the reporting message (2110, 2210, 2310, 2410).
An apparatus for modifying media content, the apparatus comprising: means for obtaining one or more two-dimensional, 2D, images representing a 2D scene from within the media content; means for generating, based on the one or more of the 2D images, a three-dimensional, 3D, representation of media elements present in the 2D scene, two of the three dimensions identifying a location within a respective image of the media element and a third dimension identifying a distance of the media element from a captured perspective of the scene; means for creating a 3D volume representation of the scene by aggregating the 3D representations; means for creating a map of 3D void space in the 2D scene by subtracting the 3D volume representation from a total 3D volume of the 2D scene; means for segmenting the 3D void space into a plurality of 3D void segments; means for scoring each of the plurality of 3D void segments based on one or more of tracking characteristics of the 3D void segment, lighting characteristics of the respective 3D void segment, a duration of time the respective 3D void segment is in focus or otherwise included in the 2D scene, a size of the respective 3D void segment, or a distance of the respective 3D void segment from a center of the 2D scene; means for selecting one of the 3D void segments based on the respective score of each 3D void segment; means for inserting a 3D media element into the one selected 3D void segment; and means for modifying the one or more 2D images to include the inserted 3D media element within the selected 3D void segment. means for obtaining one or more two-dimensional, 2D, images representing a 2D scene from within the media content; means for generating, based on the one or more of the 2D images, a three-dimensional, 3D, representation of media elements present in the 2D scene, two of the three dimensions identifying a location within a respective image of the media element and a third dimension identifying a distance of the media element from a captured perspective of the scene; means for creating a 3D volume representation of the scene by aggregating the 3D representations; means for creating a map of 3D void space in the 2D scene by subtracting the 3D volume representation from a total 3D volume of the 2D scene; means for segmenting the 3D void space into a plurality of 3D void segments; means for scoring each of the plurality of 3D void segments based on one or more of tracking characteristics of the 3D void segment, lighting characteristics of the respective 3D void segment, a duration of time the respective 3D void segment is in focus or otherwise included in the 2D scene, a size of the respective 3D void segment, or a distance of the respective 3D void segment from a center of the 2D scene; means for selecting one of the 3D void segments based on the respective score of each 3D void segment; means for inserting a 3D media element into the one selected 3D void segment; and means for modifying the one or more 2D images to include the inserted 3D media element within the selected 3D void segment.
Method for operating a hybrid drivetrain for a motor vehicle which has an internal combustion engine and a gearbox arrangement which is coupled thereto and has at least one power transmission path which has a friction clutch and a gearbox unit, wherein an electric machine is coupled to the power transmission path, specifically downstream of the friction clutch in the direction of the flow of power, wherein in order to start the internal combustion engine during creeping travel of the motor vehicle during which the speed of the motor vehicle is so low that it cannot be accelerated to an ignition rotational speed even at the lowest possible gear speed of the gearbox unit, the following steps are carried out when a gear speed is engaged in the gearbox unit; - disengagement of the gear speed and closing of the friction clutch; - acceleration of the internal combustion engine to the ignition rotational speed (n z) and starting of the internal combustion engine, wherein in a preparatory step for the disengagement of the gearspeed the friction clutch is set to accelerate the internal combustion engine to a rotational speed (n s) below the ignition rotational speed. - disengagement of the gear speed and closing of the friction clutch; - acceleration of the internal combustion engine to the ignition rotational speed (n z) and starting of the internal combustion engine,
Production method of tire cap ply strip characterized by the steps of - dipping single cords, - feeding the dipped single cords to a tire cap ply production system, - passing the dipped single cords through the reed, - conveying the single cords, which are separated by the reed, under the spinnerets by the help of the rollers, - discharging molten polymer which has become yarn/string via spinnerets onto the cords, - obtaining the cap ply strip. - dipping single cords, - feeding the dipped single cords to a tire cap ply production system, - passing the dipped single cords through the reed, - conveying the single cords, which are separated by the reed, under the spinnerets by the help of the rollers, - discharging molten polymer which has become yarn/string via spinnerets onto the cords, - obtaining the cap ply strip.
A floor grinding machine for grinding floor surfaces of stone or stone-like material, the machine comprising: a machine frame (2, 102), a grinding head, supported by the machine frame (2, 102), a motor, supported by the machine frame (2, 102) and operatively connected to the grinding head, a handle frame, extending from the machine frame (2, 102), and pivotable relative to the machine frame (2, 102), characterised by a guide member (12, 112), which is pivotable relative to the machine frame (2, 102) and pivotable relative to the handle frame, a first locking device, for locking the guide member (12, 112) relative to the handle frame, and a second locking device, for locking the guide member (12, 112) relative to the machine frame (2, 102), wherein the guide member (12, 112) is pivotable relative to the machine frame (2, 102) about a first axis and the handle frame is pivotable relative guide member (12, 112) about a second axis, wherein said first and second axes are coaxial. a machine frame (2, 102), a grinding head, supported by the machine frame (2, 102), a motor, supported by the machine frame (2, 102) and operatively connected to the grinding head, a handle frame, extending from the machine frame (2, 102), and pivotable relative to the machine frame (2, 102), characterised by a guide member (12, 112), which is pivotable relative to the machine frame (2, 102) and pivotable relative to the handle frame, a first locking device, for locking the guide member (12, 112) relative to the handle frame, and a second locking device, for locking the guide member (12, 112) relative to the machine frame (2, 102), wherein the guide member (12, 112) is pivotable relative to the machine frame (2, 102) about a first axis and the handle frame is pivotable relative guide member (12, 112) about a second axis, wherein said first and second axes are coaxial.
A fluoroelastomer composition comprising: (a) a vinylidene fluoride-based fluoroelastomer [fluoroelastomer] comprising recurring units derived from vinylidene fluoride and recurring units derived from at least one additional (per)fluorinated monomer; said fluoroelastomer: - possessing a polydispersity index (I MWD) of between 1.5 and 3.5, (measured with GPC) - comprising an amount of polar end groups (measured with NMR) of formula -CF 2 CH 2 OH of at least 3 mmol/kg and at most 6 mmol/kg, and - further comprising end of chain groups of formula -CF 2 H, -CF 2 CH 3, and, optionally, -OC -R H (with R H being a C 1 -C 6 alkyl group) in an amount such to satisfy the following inequality: [-CF 2 CH 2 OH]+[-CF 2 H]+[-CF 2 CH 3]+[-OC R H]≤ 30 + (2x10 6)/M n, (b) at least one polyhydroxylated curing agent; (c) at least one accelerant; (d) at least one metal oxide selected from the group consisting of divalent metal oxides; and (e) optionally, at least one metal hydroxide, wherein the amount of said metal hydroxide, if present, is below 3 phr, based on 100 weight parts of fluoroelastomer. (a) a vinylidene fluoride-based fluoroelastomer [fluoroelastomer] comprising recurring units derived from vinylidene fluoride and recurring units derived from at least one additional (per)fluorinated monomer; said fluoroelastomer: - possessing a polydispersity index (I MWD) of between 1.5 and 3.5, (measured with GPC) - comprising an amount of polar end groups (measured with NMR) of formula -CF 2 CH 2 OH of at least 3 mmol/kg and at most 6 mmol/kg, and - further comprising end of chain groups of formula -CF 2 H, -CF 2 CH 3, and, optionally, -OC -R H (with R H being a C 1 -C 6 alkyl group) in an amount such to satisfy the following inequality: [-CF 2 CH 2 OH]+[-CF 2 H]+[-CF 2 CH 3]+[-OC R H]≤ 30 + (2x10 6)/M n, - possessing a polydispersity index (I MWD) of between 1.5 and 3.5, (measured with GPC) - comprising an amount of polar end groups (measured with NMR) of formula -CF 2 CH 2 OH of at least 3 mmol/kg and at most 6 mmol/kg, and - further comprising end of chain groups of formula -CF 2 H, -CF 2 CH 3, and, optionally, -OC -R H (with R H being a C 1 -C 6 alkyl group) in an amount such to satisfy the following inequality: [-CF 2 CH 2 OH]+[-CF 2 H]+[-CF 2 CH 3]+[-OC R H]≤ 30 + (2x10 6)/M n, (b) at least one polyhydroxylated curing agent; (c) at least one accelerant; (d) at least one metal oxide selected from the group consisting of divalent metal oxides; and (e) optionally, at least one metal hydroxide, wherein the amount of said metal hydroxide, if present, is below 3 phr, based on 100 weight parts of fluoroelastomer.
Method for reducing the viscosity of hydrocarbons, comprising bringing hydrocarbons into contact with a polymer comprising, with respect to the total quantity of monomer: - at least 10 mol% of an acryloyl morpholine monomer A; - at least 20 mol% of a hydrophobic monomer B, a hydrophobic monomer being a monomer with an octanol-water partition coefficient, K ow, greater than 1, wherein the partition coefficient K ow is determined at 25°C in an octanol/water mixture with a volume ratio of 1/1, at a pH of between 6 and 8, the octanol/water partition coefficient, K ow, representing the ratio of the concentrations in g/L of a monomer between the octanol phase and the aqueous phase and being defined as follows: K ow = monomer octanol monomer water - at least 10 mol% of an acryloyl morpholine monomer A; - at least 20 mol% of a hydrophobic monomer B,
A method for reducing bitterness in a food or beverage comprising a high intensity sweetener, the method comprising preparing a food or beverage comprising 1,3-propanediol in an amount effective to provide a ratio of 1,3-propanediol to the high intensity sweetener in the food or beverage of 0.01:8 to 0.6:8.
A method (200; 300) comprising: a responder node of a wireless network participating in determining distances between several nodes in said wireless network,, the wireless network comprising a plurality of responder nodes, said determining comprising a two-way phase measurement between an initiator node of said wireless network and said responder node (B-D) and a two-way phase measurement between said responder node (B; C; D) and each other responder node (C, D; B, D; B, C) of said plurality of responder nodes, said participating comprising performing, as a whole, in sequence in time, for each frequency in a plurality of frequencies, a measurement procedure (202-208; 302-308) comprising: said responder (B-D) node of said wireless network receiving (202; 302) from said initiator node a carrier signal having said frequency, said responder node (B-D) performing a phase measurement of said carrier signal; said responder node (B, C, D), during a respective defined timeslot, transmitting (204-208; 304, 306, 308) a carrier signal having said frequency; and said responder node (B, C, D), receiving a carrier signal having said frequency transmitted, during respective defined time slots, by each said other responder node (C, D; B, D; B, C) and performing a phase measurement of said carrier signal. a responder node of a wireless network participating in determining distances between several nodes in said wireless network,, the wireless network comprising a plurality of responder nodes, said determining comprising a two-way phase measurement between an initiator node of said wireless network and said responder node (B-D) and a two-way phase measurement between said responder node (B; C; D) and each other responder node (C, D; B, D; B, C) of said plurality of responder nodes, said participating comprising performing, as a whole, in sequence in time, for each frequency in a plurality of frequencies, a measurement procedure (202-208; 302-308) comprising: said responder (B-D) node of said wireless network receiving (202; 302) from said initiator node a carrier signal having said frequency, said responder node (B-D) performing a phase measurement of said carrier signal; said responder node (B, C, D), during a respective defined timeslot, transmitting (204-208; 304, 306, 308) a carrier signal having said frequency; and said responder node (B, C, D), receiving a carrier signal having said frequency transmitted, during respective defined time slots, by each said other responder node (C, D; B, D; B, C) and performing a phase measurement of said carrier signal. said responder (B-D) node of said wireless network receiving (202; 302) from said initiator node a carrier signal having said frequency, said responder node (B-D) performing a phase measurement of said carrier signal; said responder node (B, C, D), during a respective defined timeslot, transmitting (204-208; 304, 306, 308) a carrier signal having said frequency; and said responder node (B, C, D), receiving a carrier signal having said frequency transmitted, during respective defined time slots, by each said other responder node (C, D; B, D; B, C) and performing a phase measurement of said carrier signal.
Automotive computer housing intended to receive several electronic computer boards and comprising: • a first compartment designed to receive several electronic computer boards mounted in parallel removably on rails, • a second compartment designed to receive connection cables and comprising through-orifices leading to outside the housing so as to allow the cables to be led out of the housing, the first compartment and the second compartment having a first wall in common, said first wall comprising at least one through-orifice designed to receive at least one connector for electrically connecting an electronic computer board to a cable, the electronic computer board being arranged in such a way that its lateral edges slide in the rails and that it is connected to connectors situated facing its rear edge. • a first compartment designed to receive several electronic computer boards mounted in parallel removably on rails, • a second compartment designed to receive connection cables and comprising through-orifices leading to outside the housing so as to allow the cables to be led out of the housing,
A method for manufacturing a MoS 2 thin film, comprising: 1) forming a chemical functional group layer comprising Mo on a substrate by supplying a molybdenum precursor into a reactor in vacuum state; 2) removing an excess molybdenum precursor that has not formed the chemical functional group layer comprising Mo and a byproduct by supplying an inert gas into the reactor after 1); 3) forming a MoS 2 atomic layer by chemically adsorbing a sulfur precursor on the chemical functional group layer comprising Mo by supplying the sulfur precursor into the reactor; and 4) removing a sulfur precursor that has not been adsorbed in 3) and a byproduct by supplying an inert gas into the reactor after 3), wherein the molybdenum precursor is Mo 6 and the sulfur precursor is dimethyl disulfide and wherein the ALD temperature window of the atomic layer deposition in 3) is 100-120 °C. 1) forming a chemical functional group layer comprising Mo on a substrate by supplying a molybdenum precursor into a reactor in vacuum state; 2) removing an excess molybdenum precursor that has not formed the chemical functional group layer comprising Mo and a byproduct by supplying an inert gas into the reactor after 1); 3) forming a MoS 2 atomic layer by chemically adsorbing a sulfur precursor on the chemical functional group layer comprising Mo by supplying the sulfur precursor into the reactor; and 4) removing a sulfur precursor that has not been adsorbed in 3) and a byproduct by supplying an inert gas into the reactor after 3),
A gas turbine engine blade comprising an airfoil member structured to change a pressure of a working fluid when installed and operated within a gas turbine engine, and a circumferentially curved root attachment structured to be slidingly received within a slot formed in a wheel of a gas turbine engine, the circumferentially curved root attachment having a curvature on a side of the curved root attachment defined by a plurality of curves, wherein a curved profile includes a first curvature being a forward curve having a constant forward radius and an arc length in an axially forward portion of the curved root attachment and a second curvature being a rearward curve having a constant rearward radius and an arc length in an axially rearward portion of the curved root attachment, wherein the forward curve and the rearward curve meet at point which represents a common tendency between the forward curve and rearward curve, the first curvature different than the second curvature.
A coating composition comprising: a fluororesin; and inorganic particles, the inorganic particles having a new Mohs hardness of 10 or higher and having a substantially spherical shape, wherein the inorganic particles have an average particle size of 5 to 40 μm, wherein the amount of the inorganic particles is 1 to 40% by mass relative to the amount of the fluororesin; and the inorganic particles viewed from an arbitrary angle have an average circularity of 0.90 to 1.00 as obtained by analyzing arbitrarily selected 50 particles in an electron microscopic image (100×) of the particles using an image analysis program Mac-View available from Mountech Co., Ltd. based on the formula: Circularity = 4 πS 1 / 2 / L, where π represents the circular constant, S represents the area of the projected figure, and L represents the circumference of the projected figure, wherein the inorganic particles are silicon carbide particles. a fluororesin; and inorganic particles, the inorganic particles having a new Mohs hardness of 10 or higher and having a substantially spherical shape, wherein the inorganic particles have an average particle size of 5 to 40 μm, wherein the amount of the inorganic particles is 1 to 40% by mass relative to the amount of the fluororesin; and the inorganic particles viewed from an arbitrary angle have an average circularity of 0.90 to 1.00 as obtained by analyzing arbitrarily selected 50 particles in an electron microscopic image (100×) of the particles using an image analysis program Mac-View available from Mountech Co., Ltd. based on the formula: Circularity = 4 πS 1 / 2 / L, where π represents the circular constant, S represents the area of the projected figure, and L represents the circumference of the projected figure, wherein the inorganic particles are silicon carbide particles.
Use of a kit of parts comprising means to measure levels of: 3-D-hydroxybutyrate, valine, creatine, citrate, lactate, and asparagine in a biofluid sample collected from a subject in prepuberty, to predict a subject in prepuberty of high blood level glucose or developing childhood-prediabetes in adolescence.