mhurhangee/ep-ind-claims huggingface dataset:
A beverage comprising sucrose and a compound of formula, wherein the sucrose is present in a concentration above its sweetness recognition threshold; the compound of formula is present in a concentration at or below its sweetness recognition threshold; the compound of formula enhances the sweetness of the beverage by at least about 2.0% sucrose equivalence; and the compound of formula is selected from the following: and wherein the sweetness recognition threshold of compound is about 30 ppm and the sweetness recognition threshold of compound is about 30 ppm. the sucrose is present in a concentration above its sweetness recognition threshold; the compound of formula is present in a concentration at or below its sweetness recognition threshold; the compound of formula enhances the sweetness of the beverage by at least about 2.0% sucrose equivalence; and the compound of formula is selected from the following: and wherein the sweetness recognition threshold of compound is about 30 ppm and the sweetness recognition threshold of compound is about 30 ppm.
A method, comprising: controlling of code block to physical layer mapping; wherein code blocks are mapped to the physical layer such that interfering signals become self-decodable at a receiving bandwidth of the user equipment and the controlling comprises limiting a maximum code block size to a minimum allocation resolution of physical layer resources. controlling of code block to physical layer mapping; wherein code blocks are mapped to the physical layer such that interfering signals become self-decodable at a receiving bandwidth of the user equipment and the controlling comprises limiting a maximum code block size to a minimum allocation resolution of physical layer resources.
A method for configuring a classifier to make it able to determine an operating regime of a system comprising a fuel cell, among a plurality of predetermined operating regimes of said system, the method being implemented by computer and comprising, one the one hand, at least once for each regime among said plurality of predetermined operating regimes, the following steps: acquiring a vector of values at N successive instants of a variable (x) whose value depends on an operating regime of the system, and the variable being a voltage (x) measured at terminals (A, B) of the fuel cell; (S40, S50, S60) calculating a vector of instantaneous envelopes (ex(n)) and a vector of instantaneous frequencies (fx(n)) based on the vector of acquired values; for each of the vectors of acquired values, of instantaneous envelopes, and of instantaneous frequencies, calculating a vector of statistical descriptor values; the method comprising, on the other hand, the following step: configuring a first classifier such that it associates with each of the vectors of statistical descriptor values, calculated in step S70, the operating regime in which the system was when the vector of acquired values which made it possible to calculate the vector of statistical descriptors considered was acquired. the method being implemented by computer and comprising, one the one hand, at least once for each regime among said plurality of predetermined operating regimes, the following steps: acquiring a vector of values at N successive instants of a variable (x) whose value depends on an operating regime of the system, and the variable being a voltage (x) measured at terminals (A, B) of the fuel cell; (S40, S50, S60) calculating a vector of instantaneous envelopes (ex(n)) and a vector of instantaneous frequencies (fx(n)) based on the vector of acquired values; for each of the vectors of acquired values, of instantaneous envelopes, and of instantaneous frequencies, calculating a vector of statistical descriptor values; acquiring a vector of values at N successive instants of a variable (x) whose value depends on an operating regime of the system, and the variable being a voltage (x) measured at terminals (A, B) of the fuel cell; (S40, S50, S60) calculating a vector of instantaneous envelopes (ex(n)) and a vector of instantaneous frequencies (fx(n)) based on the vector of acquired values; for each of the vectors of acquired values, of instantaneous envelopes, and of instantaneous frequencies, calculating a vector of statistical descriptor values; the method comprising, on the other hand, the following step: configuring a first classifier such that it associates with each of the vectors of statistical descriptor values, calculated in step S70, the operating regime in which the system was when the vector of acquired values which made it possible to calculate the vector of statistical descriptors considered was acquired.
A method, comprising: communicating, by a network device, with another network device via a media access control security `MACsec' key agreement 'MKA' communication link, wherein an MKA session has been established between the network device and the other network device; determining, by the network device, that the other network device is unavailable, wherein determining that the other network device is unavailable comprises determining that the network device has not received an MKA packet from the other network device for a length of time; causing, by the network device and based on determining that the other network device is unavailable, an MKA state of the network device to be placed in a paused state; receiving, by the network device and after causing the MKA state of the network device to be placed in the paused state, a packet from the other network device via the MKA communication link; determining, by the network device and based on the packet, that the MKA session has not ended; and continuing, by the network device and based on the MKA session having not ended, the MKA session by reactivating the MKA state. communicating, by a network device, with another network device via a media access control security `MACsec' key agreement 'MKA' communication link, wherein an MKA session has been established between the network device and the other network device; determining, by the network device, that the other network device is unavailable, wherein determining that the other network device is unavailable comprises determining that the network device has not received an MKA packet from the other network device for a length of time; causing, by the network device and based on determining that the other network device is unavailable, an MKA state of the network device to be placed in a paused state; receiving, by the network device and after causing the MKA state of the network device to be placed in the paused state, a packet from the other network device via the MKA communication link; determining, by the network device and based on the packet, that the MKA session has not ended; and continuing, by the network device and based on the MKA session having not ended, the MKA session by reactivating the MKA state.
A method for producing a component, in particular a micromechanical, micro-electromechanical or micro-opto-electromechanical component, comprising the following steps: - production of a first layer assembly, which has a first substrate, on the latter a first insulation layer and on the latter an at least partly conductive covering layer, - production of first depressions and second depressions in the covering layer, wherein the first depressions have a first etching depth and the second depressions have a second etching depth, which is smaller than the first etching depth, and the first etching depth is at least equal to the thickness of the covering layer and the second etching depth is smaller than the thickness of the covering layer, - application of an at least partly conductive structure layer to the covering layer, in such a way that the structure layer adjoins the covering layer, the first depression and the second depression at least in regions - production of an active structure of the component by patterning the structure layer; and - by production of the second depression in the covering layer production of an interconnect bridge across the active structure, which connects an electrode of the structure layer within the active structure to the structure layer outside the active structure, wherein the second etching depth determines the distance between the interconnect bridge and the active structure. - production of a first layer assembly, which has a first substrate, on the latter a first insulation layer and on the latter an at least partly conductive covering layer, - production of first depressions and second depressions in the covering layer, wherein the first depressions have a first etching depth and the second depressions have a second etching depth, which is smaller than the first etching depth, and the first etching depth is at least equal to the thickness of the covering layer and the second etching depth is smaller than the thickness of the covering layer, - application of an at least partly conductive structure layer to the covering layer, in such a way that the structure layer adjoins the covering layer, the first depression and the second depression at least in regions - production of an active structure of the component by patterning the structure layer; and - by production of the second depression in the covering layer production of an interconnect bridge across the active structure, which connects an electrode of the structure layer within the active structure to the structure layer outside the active structure, wherein
Calibration method for machines for the production of segmented extruded products comprising the steps of: - activating an extrusion process according to a plurality of operating parameters suitable for producing a segmented extruded product having at least one segmentation portion between at least two materials; - injecting a marker in correspondence of said at least one segmentation portion during its extrusion; - detecting a plurality of characterizing parameters of the marker and / or of the segmentation portion, said characterizing parameters comprising at least one of spatial distribution of the segmentation portion and at least one axial and / or radial position of the segmentation portion; - selecting at least one operating parameter according to at least one of the detected characterizing parameters, so as to modify spatial distributions and / or axial and / or radial positions of the at least one segmentation portion - activating an extrusion process according to a plurality of operating parameters suitable for producing a segmented extruded product having at least one segmentation portion between at least two materials; - injecting a marker in correspondence of said at least one segmentation portion during its extrusion; - detecting a plurality of characterizing parameters of the marker and / or of the segmentation portion, said characterizing parameters comprising at least one of spatial distribution of the segmentation portion and at least one axial and / or radial position of the segmentation portion; - selecting at least one operating parameter according to at least one of the detected characterizing parameters, so as to modify spatial distributions and / or axial and / or radial positions of the at least one segmentation portion
A work vehicle comprising: a protective frame including a lower frame fixed to a vehicle body frame and an upper frame raisably/collapsibly pivotally connected to an upper end portion of the lower frame; wherein in association with a raising/collapsing pivotal movement of the upper frame by an operator's manual operation, the protective frame is switched over to either a protecting state wherein the upper frame is set to a raised posture and disposed upwardly of the lower frame or a storing state wherein the upper frame is set to a collapsed posture and disposed on one front/rear side of the lower frame; and the protective frame includes an assisting mechanism configured to assist the manual operation; characterized in that the assisting mechanism comprises a gas spring disposed under a raised posture to a collapsing side of the upper frame; and a lower end portion of the gas spring is connected to the vehicle body frame or the lower frame via a position adjustment mechanism for allowing position adjusting of the lower end portion in a vertical direction. a protective frame including a lower frame fixed to a vehicle body frame and an upper frame raisably/collapsibly pivotally connected to an upper end portion of the lower frame; wherein in association with a raising/collapsing pivotal movement of the upper frame by an operator's manual operation, the protective frame is switched over to either a protecting state wherein the upper frame is set to a raised posture and disposed upwardly of the lower frame or a storing state wherein the upper frame is set to a collapsed posture and disposed on one front/rear side of the lower frame; and the protective frame includes an assisting mechanism configured to assist the manual operation; characterized in that the assisting mechanism comprises a gas spring disposed under a raised posture to a collapsing side of the upper frame; and a lower end portion of the gas spring is connected to the vehicle body frame or the lower frame via a position adjustment mechanism for allowing position adjusting of the lower end portion in a vertical direction.
Method for producing acrylic acid by dehydration of a C 3 hydroxycarboxylic acid, characterized in that dehydration is achieved by contacting, at a temperature of more than 150°C, the hydroxycarboxylic acid with a mixture which is liquid at this temperature and comprises at least one metal salt of a C 3 hydroxycarboxylic acid, and water.
Flyback converter for operating one or more lighting means, wherein the flyback converter is designed to be operated in a first operating mode or in a second operating mode, wherein the first operating mode is a boundary conduction mode (BCM mode) and wherein in the second operating mode of the flyback converter, a current flowing through a secondary side of the flyback converter flows at least temporarily in a negative direction, wherein the current flowing through the secondary side of the flyback converter, in the second operating mode, flows in the negative direction to a lower limit and/or until the flyback converter has been operated for a predetermined period of time in the second operating mode. wherein the flyback converter is designed to be operated in a first operating mode or in a second operating mode, wherein the first operating mode is a boundary conduction mode (BCM mode) and wherein in the second operating mode of the flyback converter, a current flowing through a secondary side of the flyback converter flows at least temporarily in a negative direction, wherein the current flowing through the secondary side of the flyback converter, in the second operating mode, flows in the negative direction to a lower limit and/or until the flyback converter has been operated for a predetermined period of time in the second operating mode.
A light-emitting diode lighting device comprising: a housing body whose bottom is open, assembly planes being formed on a lateral surface of the housing body; a number of light source blocks (110a, 110b, 110c,...) including a number of LED modules and angle control portions each of which has a multistage slope plane on which each LED module is mounted, characterized in that a number of assembly holes are respectively formed on the assembly planes, the light source blocks (110a, 110b, 110c,...) further include a number of radiating fins that are provided at the rear surface of the multistage slope plane, wherein the respective light source blocks (110a, 110b, 110c,...) are disposed and combined in the respective assembly holes of the housing body so as to realize a predetermined light distribution type; and a protective cover is provided that covers the lower portion of the housing body. a housing body whose bottom is open, assembly planes being formed on a lateral surface of the housing body; a number of light source blocks (110a, 110b, 110c,...) including a number of LED modules and angle control portions each of which has a multistage slope plane on which each LED module is mounted, characterized in that a number of assembly holes are respectively formed on the assembly planes, the light source blocks (110a, 110b, 110c,...) further include a number of radiating fins that are provided at the rear surface of the multistage slope plane, wherein the respective light source blocks (110a, 110b, 110c,...) are disposed and combined in the respective assembly holes of the housing body so as to realize a predetermined light distribution type; and a protective cover is provided that covers the lower portion of the housing body.
Process for producing phosphorescent emitter layers composed of at least one organic fluorescent emitter F and at least one metal complex K comprising organic complex ligands L and at least one heavy main group metal M selected from the group comprising In, Tl, Sn, Pb, Sb and Bi, characterized in that the organic fluorescent emitter F and the metal complex K are each deposited individually and layer by layer on a substrate and then reacted with one another, in the course of which the heavy main group metal M changes its coordination sphere to incorporate the organic fluorescent emitter F.
Method of increasing the relative amount of lean meat in a growing-finishing pig, comprising the step of making available to the growing-finishing pig a feed, whereby the feed contains a low-glycemic carbohydrate having a glycemic response of not more than 50% of that of glucose, wherein the low-glycemic carbohydrate is contained in a syrup, whereby the syrup is Palatinose syrup, containing: i. between 1 wt.% and 25 wt.% fructose; ii. between 1 wt.% and 25 wt.% glucose; iii. between 15 wt.% and 60 wt.% isomaltulose; and iv. between 10 wt.% and 60 wt.% trehalulose, wherein the sum of (i.), (ii), (iii) and (iv) is at least 60 wt.%, and whereby the percentages are expressed as weight percentage of dry matter of the Palatinose syrup as a whole, whereby the feed contains 5 -7 wt.% of the Palatinose syrup. i. between 1 wt.% and 25 wt.% fructose; ii. between 1 wt.% and 25 wt.% glucose; iii. between 15 wt.% and 60 wt.% isomaltulose; and iv. between 10 wt.% and 60 wt.% trehalulose,
Plastics film laminate, comprising a single- or multiple-ply upper film and a foam layer, characterized in that the upper film or a ply of the upper film has a modulus of elasticity in accordance with ISO 527-3 of at least 150 N/mm 2 and the foam layer has a compressive hardness in accordance with ISO 3386-1 of 30 to 300 kPa, at a compression of 25% in relation to the initial thickness of the foam.
Method for producing a pressure sensor assembly, wherein the pressure sensor assembly has a sensor housing element with a pressure sensor and a base housing element, wherein the sensor housing element and the base housing element have a continuous recess (4, 5, 6) ending in the sensor housing element on the side of the latter and are welded to one another, characterized in that, after the welding, the recess (4, 5) of the base housing element and/or of the sensor housing element is enlarged in the region of the welded connection by material removal.
A magnetic field measurement device measuring an externally applied first magnetic field, comprising: current application means for applying a current (Je) to a conductor; a conductor in which a spin current (Js) is formed by a current applied from the current application means; a magnetic body which has magnetic anisotropy and into which the spin current (Js) formed in the conductor is injected; magnetic field application means for applying a second magnetic field (Hy) to the magnetic body; and a controller which derives a shift degree of a magnetic hysteresis curve of the magnetic body, when the first magnetic field is applied, with respect to a magnetic hysteresis curve of the magnetic body, in a state in which the first magnetic field has not been applied, and then calculates intensity of the first magnetic field from the derived shift degree using a shift value of the magnetic hysteresis curve based on the previously stored intensity of the first magnetic field. current application means for applying a current (Je) to a conductor; a conductor in which a spin current (Js) is formed by a current applied from the current application means; a magnetic body which has magnetic anisotropy and into which the spin current (Js) formed in the conductor is injected; magnetic field application means for applying a second magnetic field (Hy) to the magnetic body; and a controller which derives a shift degree of a magnetic hysteresis curve of the magnetic body, when the first magnetic field is applied, with respect to a magnetic hysteresis curve of the magnetic body, in a state in which the first magnetic field has not been applied, and then calculates intensity of the first magnetic field from the derived shift degree using a shift value of the magnetic hysteresis curve based on the previously stored intensity of the first magnetic field.
A signal processing apparatus comprising: a first object detection section adapted to detect an object; a second object detection section adapted to detect an object and different from the first object detection section; and a buffering section adapted to buffer detection results of the object of at least any one of the first object detection section or the second object detection section, characterized in that the signal processing apparatus further comprises a time-of-day discrepancy detection section adapted to detect, as an amount of time-of-day discrepancy, a time-of-day discrepancy between a first time of day when a predetermined target is detected by the first object detection section and a second time of day when the predetermined target is detected by the second object detection section; and a time-of-day discrepancy correction section adapted to set an amount of delay caused by the buffering section according to the amount of time-of-day discrepancy and correct the time-of-day discrepancy. a first object detection section adapted to detect an object; a second object detection section adapted to detect an object and different from the first object detection section; and a buffering section adapted to buffer detection results of the object of at least any one of the first object detection section or the second object detection section, characterized in that the signal processing apparatus further comprises a time-of-day discrepancy detection section adapted to detect, as an amount of time-of-day discrepancy, a time-of-day discrepancy between a first time of day when a predetermined target is detected by the first object detection section and a second time of day when the predetermined target is detected by the second object detection section; and a time-of-day discrepancy correction section adapted to set an amount of delay caused by the buffering section according to the amount of time-of-day discrepancy and correct the time-of-day discrepancy.