mhurhangee/ep-ind-claims huggingface dataset:
A method for providing hierarchical virtualization, comprising: maintaining a first partition with a hypervisor, the first partition comprising a first virtualization stack that is capable to create and control more than one partition at any given time; and interacting with a second partition using the first virtualization stack within the first partition, wherein the hypervisor is aware of the first partition and the second partition, and wherein the first partition and the second partition are virtualized computer hardware representations, and the second partition has at least a resource that is exclusively controlled by the second partition. maintaining a first partition with a hypervisor, the first partition comprising a first virtualization stack that is capable to create and control more than one partition at any given time; and interacting with a second partition using the first virtualization stack within the first partition, wherein the hypervisor is aware of the first partition and the second partition, and wherein the first partition and the second partition are virtualized computer hardware representations, and the second partition has at least a resource that is exclusively controlled by the second partition.
A process for treating polymer granular material comprising the steps of: - providing the polymer granular material in a drying hopper, - introducing into the drying hopper a drying gas having a predefined flow rate and temperature so as to heat the polymer granular material up to a discharge temperature and to dry the polymer granular material up to a predefined residual humidity value, - discharging a portion of the polymer granular material which is heated to the discharge temperature into a transformation unit for the polymer material, in which the transformation unit comprises an extruder, inside which the polymer granular material which is discharged from the hopper is brought to a molten or semi-molten state and transported along the extruder by a rotating screw in order to be injected into a mould or caused to pass through an extrusion head, - measuring a control parameter which is directly derivable from the rotation movement of the screw inside the extruder and - regulating the flow rate of the drying gas on the basis of said control parameter. - providing the polymer granular material in a drying hopper, - introducing into the drying hopper a drying gas having a predefined flow rate and temperature so as to heat the polymer granular material up to a discharge temperature and to dry the polymer granular material up to a predefined residual humidity value, - discharging a portion of the polymer granular material which is heated to the discharge temperature into a transformation unit for the polymer material, in which the transformation unit comprises an extruder, inside which the polymer granular material which is discharged from the hopper is brought to a molten or semi-molten state and transported along the extruder by a rotating screw in order to be injected into a mould or caused to pass through an extrusion head, - measuring a control parameter which is directly derivable from the rotation movement of the screw inside the extruder and - regulating the flow rate of the drying gas on the basis of said control parameter.
A method for repelling a flying insect harmful to a host plant which comprises providing a repellent and applying the repellent to the plant, wherein the repellent comprises as an effective ingredient at least one member selected from the group of acetylated monoglycerides, and the harmful flying insect is whitefly, thrips or aphid.
A wheel of a vehicle for inspecting a railway line, comprising: - a disc-shaped body, extending about an axis of rotation and including: a first face; a second face, opposite to the first face; a side wall connected to the first and second faces and configured to come into contact with a track of the rail of the railway line; - a wear element made of plastic material, wherein the side wall includes a first portion, the wear element being superposed on the first portion and defining a first contact surface designed to make contact with a rolling portion of the track, and a second portion, defining a second contact surface, inclined relative to the axis of rotation to make contact with a contact portion of the track, characterized in that the wheel comprises an electric motor, including a rotor, constrained to the disc-shaped body to place it in rotation, and a stator, which can be associated with a frame of the vehicle. - a disc-shaped body, extending about an axis of rotation and including: a first face; a second face, opposite to the first face; a side wall connected to the first and second faces and configured to come into contact with a track of the rail of the railway line; a first face; a second face, opposite to the first face; a side wall connected to the first and second faces and configured to come into contact with a track of the rail of the railway line; - a wear element made of plastic material, wherein the side wall includes a first portion, the wear element being superposed on the first portion and defining a first contact surface designed to make contact with a rolling portion of the track, and a second portion, defining a second contact surface, inclined relative to the axis of rotation to make contact with a contact portion of the track, a first portion, the wear element being superposed on the first portion and defining a first contact surface designed to make contact with a rolling portion of the track, and a second portion, defining a second contact surface, inclined relative to the axis of rotation to make contact with a contact portion of the track, characterized in that the wheel comprises an electric motor, including a rotor, constrained to the disc-shaped body to place it in rotation, and a stator, which can be associated with a frame of the vehicle.
Mop cover (1", 1"', 1"") comprising a planar main body (5", 5"', 5"") having four external edges (6"a, 6"b, 6"c, 6"d, 6"'a, 6"'b, 6"'c, 6"'d, 6""a, 6""b, 6""c, 6""d), wherein a first comparatively long external edge (6"a, 6"'a, 6""a) is oriented so as to be parallel with a second comparatively long external edge (6"b, 6"'b, 6""b), wherein the first comparatively long external edge (6"a, 6"'a, 6""a) is longer than the second comparatively long external edge (6"b, 6"'b, 6""b), wherein two comparatively short external edges (6"c, 6"'c, 6""c, 6"d, 6"'d, 6""d) extend in each case between the comparatively long external edges (6"a, 6"b, 6"'a, 6"'b, 6""a, 6""b), and wherein the main body (5", 5"', 5"") is assigned at least two pockets (2", 2"', 2"") into which wings or tensioning elements of a wiping apparatus for erecting the planar main body (5", 5"', 5"") are introducible, characterized in that at least one external edge (6"a, 6"b, 6"c, 6"d, 6"'a, 6"'b, 6"'c, 6"'d, 6""a. 6""b, 6""c, 6""d) and/or at least one pocket (2", 2"', 2"") are/is assigned at least one stiffening element (7", 7"', 7"") for stiffening the main body (5", 5"', 5"") in a reinforcing manner in regions.
A method of providing direct electrolyte formulation gelling at the surface of a battery separator in situ, characterised in that said battery separator consists of a single layer of non-woven fabric including microfibers exhibiting a minimum width of 3000nm and nanofibers exhibiting a maximum width of less than 1000nm, wherein said microfibers and nanofibers are entangled within the non-woven fabric and the average microfiber length is greater than five times the average nanofiber length, and wherein said method includes the step of exposing at least one electrolyte component to the battery separator in situ, allowing a plurality of the nanofibers that are selectively soluble in the at least one electrolyte component to swell, thereby producing a gelling effect for the electrolyte component at the surface of said battery separator.
A counter-rotating mechanical refiner of lignocellulosic material, the refiner comprising a circular refiner plate which is an assembly of refining plate segments (10, 34, 50) arranged in an annulus, each refining plate segment (10, 34, 50) comprising a refining surface on a substrate (42, 70, 122), wherein the refining surface is adapted to face a refining surface of an opposing refiner plate, the refining surface including bars (18, 36, 37, 54, 86, 88, 120) and grooves (22, 52) between the bars (18,...), the refiner plate being mounted in the refiner for rotation in a rotational direction, wherein the bars (18,...) each include a leading sidewall (26, 38, 128) facing the rotational direction of the refiner plate, the leading sidewall (26, 38, 128) having an irregular surface, wherein the irregular surface includes protrusions extending outwardly from the leading sidewall (26, 38, 128) towards a trailing sidewall (24, 130) on an adjacent bar (18,...), wherein an angle (19, 20) of each bar (18,...) increases at least 15 degrees along a radially outward direction, from an angle of the bar (18,...) at a radially inward inlet to the refining surface relative to a radial line extending at the radially inward inlet of the bar (18,...) to an angle of the bar (18,...) at an outer periphery of the refining surface relative to a radial line extending at the radially outer end of the bar (18,...), wherein at the outer periphery of the refining surface, the angle is a holdback angle extending in the rotational direction of the refiner plate from the radial line extending at the radially outer end of the bar (18,...), the angle being in a range of 10 to 45 degrees, preferably 15 to 35 degrees, relative to the radial line extending at the radially outer end of the bar (18,...), and wherein the refining surface includes a radially inner refining zone (44, 82) and a radially outer refining zone (46, 84), with the radially outer refining zone (46, 84) having a higher density of bars (37, 86) than a density of bars (36, 88) in the radially inner refining zone (44, 82).
A battery pack, comprising: a plurality of serially coupled mixed cells, each cell comprising a first cell and a second cell coupled to the first cell in parallel wherein the first cell has a higher capacity than the second cell, wherein the first cell has a higher internal resistance than the second cell and discharge power of the first cell is larger than discharge power of the second cell, wherein a difference between the internal resistance of first cell and the internal resistance of the second cell is from about 0.5mΩ to about 1mΩ. a plurality of serially coupled mixed cells, each cell comprising a first cell and a second cell coupled to the first cell in parallel wherein the first cell has a higher capacity than the second cell, wherein the first cell has a higher internal resistance than the second cell and discharge power of the first cell is larger than discharge power of the second cell, wherein a difference between the internal resistance of first cell and the internal resistance of the second cell is from about 0.5mΩ to about 1mΩ.
A method of canceling interference, comprising: demodulating a data packet; decoding the data packet; generating updated a posteriori probabilities for systematic and parity bits; mapping said a posteriori probabilities to symbols; re-encoding said data packet using said quantized symbols, whereby a chip sequence is produced; and filtering said chip sequence, the method further comprising: storing a latest reconstructed signal of each packet that has not yet been successfully decoded: computing a difference between the latest reconstructed signal and a previous reconstructed signal; and subtracting said difference between said latest reconstructed signal and a previous reconstructed signal from a sample input signal, wherein said demodulating a data packet comprises demodulating a received sample input signal and said latest reconstructed interference signal. demodulating a data packet; decoding the data packet; generating updated a posteriori probabilities for systematic and parity bits; mapping said a posteriori probabilities to symbols; re-encoding said data packet using said quantized symbols, whereby a chip sequence is produced; and filtering said chip sequence, the method further comprising: storing a latest reconstructed signal of each packet that has not yet been successfully decoded: computing a difference between the latest reconstructed signal and a previous reconstructed signal; and subtracting said difference between said latest reconstructed signal and a previous reconstructed signal from a sample input signal, wherein said demodulating a data packet comprises demodulating a received sample input signal and said latest reconstructed interference signal. storing a latest reconstructed signal of each packet that has not yet been successfully decoded: computing a difference between the latest reconstructed signal and a previous reconstructed signal; and subtracting said difference between said latest reconstructed signal and a previous reconstructed signal from a sample input signal, wherein said demodulating a data packet comprises demodulating a received sample input signal and said latest reconstructed interference signal.
Controller for reducing the rotor vibrations, in particular the variability thereof, in shafting, in particular turbine shafting, in which the temperature of the bearing of the shaft is measured, wherein the bearing is provided by a generator bearing, the oil supplied to the bearing is adjusted to a temperature as is assigned as the output variable in an allocation for minimised rotor vibrations with the measured temperature of the bearing as the input variable, wherein an oil circuit is provided, comprising the bearing, a bearing oil tank, a pump, an oil cooler, a bypass having a valve to the oil cooler and a mixing valve which combines the output of the oil cooler and the bypass, wherein the temperature of the oil supplied to the bearing is adjusted with the aid of the valve, wherein for initial assignment with different temperatures of the bearing, the rotor vibrations occurring in the process are measured and the respective bearing oil temperatures for minimising the rotor vibrations are calculated, the respective temperatures of the bearing are stored as input variables and the associated, calculated bearing oil temperatures are stored as output variables in the assignment, wherein the assignment contains empirical values as output variables, said empirical values being obtained from the operating history of the shafting, whereby damping at an early stage is enabled and the inertia of the system is compensated. the temperature of the bearing of the shaft is measured, wherein the bearing is provided by a generator bearing, the oil supplied to the bearing is adjusted to a temperature as is assigned as the output variable in an allocation for minimised rotor vibrations with the measured temperature of the bearing as the input variable, wherein an oil circuit is provided, comprising the bearing, a bearing oil tank, a pump, an oil cooler, a bypass having a valve to the oil cooler and a mixing valve which combines the output of the oil cooler and the bypass, wherein the temperature of the oil supplied to the bearing is adjusted with the aid of the valve, wherein for initial assignment with different temperatures of the bearing, the rotor vibrations occurring in the process are measured and the respective bearing oil temperatures for minimising the rotor vibrations are calculated, the respective temperatures of the bearing are stored as input variables and the associated, calculated bearing oil temperatures are stored as output variables in the assignment, wherein the assignment contains empirical values as output variables, said empirical values being obtained from the operating history of the shafting, whereby damping at an early stage is enabled and the inertia of the system is compensated.
A processor comprising: an exponent generating unit that extracts a first part of received input data corresponding to an exponent part of a coefficient represented by a floating point number format, the coefficient being obtained when an exponential function is decomposed into a series operation and the coefficient for the series operation; a storage unit that stores a mantissa part of the coefficient; a constant generating unit that reads constant data corresponding to a second part of the input data from the storage unit; and a selecting unit that connects and outputs so that the exponent part of the coefficient becomes the first part of the input data extracted by the exponent generating unit and the mantissa part of the coefficient becomes the constant data from the constant generating unit when an instruction to be executed is a coefficient calculation instruction for calculation of the coefficient of the exponential function. an exponent generating unit that extracts a first part of received input data corresponding to an exponent part of a coefficient represented by a floating point number format, the coefficient being obtained when an exponential function is decomposed into a series operation and the coefficient for the series operation; a storage unit that stores a mantissa part of the coefficient; a constant generating unit that reads constant data corresponding to a second part of the input data from the storage unit; and a selecting unit that connects and outputs so that the exponent part of the coefficient becomes the first part of the input data extracted by the exponent generating unit and the mantissa part of the coefficient becomes the constant data from the constant generating unit when an instruction to be executed is a coefficient calculation instruction for calculation of the coefficient of the exponential function.
A coating which is oleophobic and hydrophilic with a switching parameter, determined as the difference in measured static contact angle between oil and water droplets, of a magnitude of at least 60° and a switching speed of less than 10 seconds.
A sealing arrangement consisting of - at least one sealing element which has a sealing body, the sealing body having at least one top face, at least one bottom face, and at least one longitudinal face, and - at least one sealing groove, the sealing groove having a groove bottom and at least one groove wall (11, 12), said at least one sealing element being slidingly supported within the sealing groove, characterised in that the sealing body of the at least one sealing element has at least one longitudinal face tightly applied to at least one groove wall (11, 12) and that at least one spring element is arranged between the groove bottom and the sealing body, said at least one spring element consisting of at least one material other than the sealing body and said at least one spring element consisting of a harder material than the sealing body, and in that said at least one spring element is a leaf spring, or in that the sealing body of the at least one sealing element has at least one top face and/or at least one bottom face tightly applied to the groove bottom and at least one spring element is arranged between at least one groove wall (11, 12) and the sealing body, with the at least one spring element consisting of at least one material other than the sealing body and the at least one spring element consisting of a harder material than the sealing body, and in that said at least one spring element is a leaf spring. - at least one sealing element which has a sealing body, the sealing body having at least one top face, at least one bottom face, and at least one longitudinal face, and - at least one sealing groove, the sealing groove having a groove bottom and at least one groove wall (11, 12), said at least one sealing element being slidingly supported within the sealing groove, the sealing body of the at least one sealing element has at least one longitudinal face tightly applied to at least one groove wall (11, 12) and that at least one spring element is arranged between the groove bottom and the sealing body, said at least one spring element consisting of at least one material other than the sealing body and said at least one spring element consisting of a harder material than the sealing body, and in that said at least one spring element is a leaf spring, or in that the sealing body of the at least one sealing element has at least one top face and/or at least one bottom face tightly applied to the groove bottom and at least one spring element is arranged between at least one groove wall (11, 12) and the sealing body, with the at least one spring element consisting of at least one material other than the sealing body and the at least one spring element consisting of a harder material than the sealing body, and in that said at least one spring element is a leaf spring.
An interface device comprising: a respiratory mask (100, 250) comprising: a body (110, 260) adapted to form an enclosure around a nose of a patient; and two sets of headgear strap flanges (120, 130, 270), wherein a first set of said headgear strap flanges is located at a bottom portion of the body (110, 260) and a second set of said headgear strap flanges is located at atop portion of the body (110, 260); and one or more supply tubes coupled to the body portion (110, 260); characterised in that: the entire body (110, 260) is manufactured from an elastomeric material; the respiratory mask comprises a bellows-like structure (160, 280) integrally molded in a mustache region of the body (110, 260); and the one or more supply tubes extend for a distance along a plane defined by a base of the mask (100, 250) and then bend downward. a respiratory mask (100, 250) comprising: a body (110, 260) adapted to form an enclosure around a nose of a patient; and two sets of headgear strap flanges (120, 130, 270), wherein a first set of said headgear strap flanges is located at a bottom portion of the body (110, 260) and a second set of said headgear strap flanges is located at atop portion of the body (110, 260); and a body (110, 260) adapted to form an enclosure around a nose of a patient; and two sets of headgear strap flanges (120, 130, 270), wherein a first set of said headgear strap flanges is located at a bottom portion of the body (110, 260) and a second set of said headgear strap flanges is located at atop portion of the body (110, 260); and one or more supply tubes coupled to the body portion (110, 260); the entire body (110, 260) is manufactured from an elastomeric material; the respiratory mask comprises a bellows-like structure (160, 280) integrally molded in a mustache region of the body (110, 260); and the one or more supply tubes extend for a distance along a plane defined by a base of the mask (100, 250) and then bend downward.
A pump assembly with at least one rotatingly driven impeller and with at least one valve element which is rotatable about a rotation axis between at least two switching positions, wherein the valve element is designed in a drum-like manner with a peripheral wall which extends annularly about the rotation axis, and a first face side which extends transversely to the rotation axis and a second face side which is away from this first face side in the direction of the rotation axis, a suction opening which is engaged with a suction port of the impeller is formed in this first face side in the central region and the first face side comprises a pressure surface which surrounds the suction opening and which is adjacent to a delivery chamber which surrounds the impeller, characterised in that the valve element lies opposite at least two branch openings (48, 50) in a manner such that the at least two branch openings (48, 50) lie opposite the second face side of the valve element, and in its inside comprises at least one connection which depending on the positioning or the switching position of the valve element selectively connects one of the branch openings to the suction opening or selectively connects one of the branch openings to a pressure opening in the pressure surface or connects at least two branch openings (48, 50) to one another.