mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communications by a vehicular transceiver, the vehicular transceiver including at least one external antenna, mounted on a surface of a corresponding vehicle, and at least one internal antenna within said vehicle, the method comprising: selecting, based on one or more conditions, a first measurement configuration that uses at least an external antenna of the vehicular transceiver for one or more handover/cell selection related measurements or a second measurement configuration that uses at least an internal antenna of the vehicular transceiver for the one or more measurements, wherein the external antenna has a higher associated antenna gain relative to the internal antenna; communicating with a serving cell via said external antenna of the vehicular transceiver regardless of which measurement configuration is selected; performing the one or more measurements according to the selected measurement configuration; and sending a measurement report based on the one or more measurements. selecting, based on one or more conditions, a first measurement configuration that uses at least an external antenna of the vehicular transceiver for one or more handover/cell selection related measurements or a second measurement configuration that uses at least an internal antenna of the vehicular transceiver for the one or more measurements, wherein the external antenna has a higher associated antenna gain relative to the internal antenna; communicating with a serving cell via said external antenna of the vehicular transceiver regardless of which measurement configuration is selected; performing the one or more measurements according to the selected measurement configuration; and sending a measurement report based on the one or more measurements.
A process for manufacturing a figure-of-eight cable, said process comprising: a) extruding a first outer sheath around a first core so as to provide a first cable element having a first longitudinal axis (X 1) and a second outer sheath around a second core so as to provide a second cable element having a second longitudinal axis (X 2), said first longitudinal axis (X 1) and said second longitudinal axis (X 2) laying in a first plane at an extrusion head; and b) while at least one of the first outer sheath and the second outer sheath is in a softened state, passing said first cable element and said second cable element in parallel through a twisting die, said twisting die causing said first longitudinal axis (X 1) and said second longitudinal axis (X 2) to lay in a second plane forming a predetermined twisting angle with respect to the first plane, whereby the first outer sheath and the second outer sheath are caused to join together, wherein said twisting die has a common aperture housing the first cable element and the second cable element with said first longitudinal axis (X 1) and said second longitudinal axis (X 2) laying parallel in the second plane. a) extruding a first outer sheath around a first core so as to provide a first cable element having a first longitudinal axis (X 1) and a second outer sheath around a second core so as to provide a second cable element having a second longitudinal axis (X 2), said first longitudinal axis (X 1) and said second longitudinal axis (X 2) laying in a first plane at an extrusion head; and b) while at least one of the first outer sheath and the second outer sheath is in a softened state, passing said first cable element and said second cable element in parallel through a twisting die, said twisting die causing said first longitudinal axis (X 1) and said second longitudinal axis (X 2) to lay in a second plane forming a predetermined twisting angle with respect to the first plane, whereby the first outer sheath and the second outer sheath are caused to join together, wherein said twisting die has a common aperture housing the first cable element and the second cable element with said first longitudinal axis (X 1) and said second longitudinal axis (X 2) laying parallel in the second plane.
Arrangement comprising an apparatus for measuring panes and a pane to be measured, wherein the apparatus comprises a light source and a light sensor which are arranged in such a way that a light beam emanating from the light source passes through the pane and impinges on the light sensor, wherein the light sensor is dimensioned such that both a primary beam and a secondary beam of the light beam impinge on the light sensor, characterized in that the light beam has a linear polarization, wherein the light source is embodied to emit linearly polarized light and/or a polarization filter is arranged between the light source and the pane, wherein the polarization direction is adjustable, wherein the polarization direction includes an angle of between 50° and 130° with a plane of incidence (15, 22), which is spanned by the axis of the light beam and the pane normal at the site at which the light beam impinges on the pane.
A controlling system for controlling loads of a Power-over-Ethernet (PoE) system to mitigate issues in current peaking due to PoE commands defining desired power levels of loads of the PoE system, wherein the controlling system comprises: - a command providing unit for providing the PoE command, wherein the PoE command directly or indirectly define a respective power level of the load; - an overall power change determination unit for determining the respective power level related to respective action of the load, in order to allow the overall power change determination unit to determine the overall power change amount, which will be caused by the provided PoE command, based on the provided PoE command, - a control unit for controlling, over time, the loads such that the slope of the overall power consumption of the loads, when being set to the desired power levels, is reduced, if the determined overall power change amount is larger than a predefined power change threshold. - a command providing unit for providing the PoE command, wherein the PoE command directly or indirectly define a respective power level of the load; - an overall power change determination unit for determining the respective power level related to respective action of the load, in order to allow the overall power change determination unit to determine the overall power change amount, which will be caused by the provided PoE command, based on the provided PoE command, - a control unit for controlling, over time, the loads such that the slope of the overall power consumption of the loads, when being set to the desired power levels, is reduced, if the determined overall power change amount is larger than a predefined power change threshold.
A method of determining a concentration of free chlorine in an aqueous sample, comprising: adding a reagent to the sample, the reagent being reactive with the free chlorine at a first kinetic rate and reactive with at least one chloramine at a second kinetic rate, the first kinetic rate being different from the second kinetic rate; measuring an absorbance response in the sample over time resulting from reaction of the free chlorine and the at least one chloramine with the reagent over time; and determining the concentration of the free chlorine in the sample based on a determined rate of change of the absorbance response over time. adding a reagent to the sample, the reagent being reactive with the free chlorine at a first kinetic rate and reactive with at least one chloramine at a second kinetic rate, the first kinetic rate being different from the second kinetic rate; measuring an absorbance response in the sample over time resulting from reaction of the free chlorine and the at least one chloramine with the reagent over time; and determining the concentration of the free chlorine in the sample based on a determined rate of change of the absorbance response over time.
An antiperspirant composition having less than 2% free water and comprising a first salt that is potassium aluminium sulphate and a second salt that is calcium chloride, wherein the first salt and the second salt are formulated or contained in a manner that prevents physical interaction between these two components prior to their application and wherein the product also comprises a third salt which is an inorganic base selected from magnesium hydroxide and calcium hydroxide, the molar ratio of calcium chloride to alum salt being at least 1:1 and the molar ratio of the first salt to the third salt being from 1:1 to 10:1.
A system (1, 1', 1") for determining vital sign information of a subject comprising - an illumination device (2, 3; 11) for illuminating the subject with light, - a detection device (4, 5; 45) for receiving light reflected from the subject, - a marker attached to the subject's body, the subject's clothing and/or the subject's surrounding and configured to reflect or emit light, - a processing unit for locating a region of interest from the light reflected from the subject and detected in a first phase, said region of interest being a skin portion of the subject's skin, wherein said processing unit is configured to detect said marker in the light detected in the first phase and to locate the region of interest at a predetermined location with respect to said marker or at a location indicated by said marker, said marker being attached to the subject's body, the subject's clothing and/or the subject's surrounding and configured to reflect or emit light, - a control unit for controlling said illumination device to locally targeted illuminate, in a second phase, only the located region of interest with light allowing determination of vital sign information, and - an analysis unit for determining, by use of remote photoplethysmography, current vital sign information of the subject from the light reflected from said region of interest and detected in said second phase. - an illumination device (2, 3; 11) for illuminating the subject with light, - a detection device (4, 5; 45) for receiving light reflected from the subject, - a marker attached to the subject's body, the subject's clothing and/or the subject's surrounding and configured to reflect or emit light, - a processing unit for locating a region of interest from the light reflected from the subject and detected in a first phase, said region of interest being a skin portion of the subject's skin, wherein said processing unit is configured to detect said marker in the light detected in the first phase and to locate the region of interest at a predetermined location with respect to said marker or at a location indicated by said marker, said marker being attached to the subject's body, the subject's clothing and/or the subject's surrounding and configured to reflect or emit light, - a control unit for controlling said illumination device to locally targeted illuminate, in a second phase, only the located region of interest with light allowing determination of vital sign information, and - an analysis unit for determining, by use of remote photoplethysmography, current vital sign information of the subject from the light reflected from said region of interest and detected in said second phase.
An electronic device, comprising: a plurality of input devices configured to receive a plurality of input signals, each of which includes a speech signal and a noise signal; and a processor electrically connected with the input devices, wherein the processor is configured to: determine a signal to noise ratio, SNR, value for the plurality of input signals for each frequency band; determine a first parameter indicating a phase shift to frequency in the plurality of input signals in a first frequency band where the SNR value is greater than or equal to a specified threshold; determine a second parameter indicating a phase shift to frequency in the plurality of input signals in a second frequency band where the SNR value is less than the threshold, based on the first parameter; and perform beamforming for the plurality of input signals based on the first parameter and the second parameter. a plurality of input devices configured to receive a plurality of input signals, each of which includes a speech signal and a noise signal; and a processor electrically connected with the input devices, wherein the processor is configured to: determine a signal to noise ratio, SNR, value for the plurality of input signals for each frequency band; determine a first parameter indicating a phase shift to frequency in the plurality of input signals in a first frequency band where the SNR value is greater than or equal to a specified threshold; determine a second parameter indicating a phase shift to frequency in the plurality of input signals in a second frequency band where the SNR value is less than the threshold, based on the first parameter; and perform beamforming for the plurality of input signals based on the first parameter and the second parameter. determine a signal to noise ratio, SNR, value for the plurality of input signals for each frequency band; determine a first parameter indicating a phase shift to frequency in the plurality of input signals in a first frequency band where the SNR value is greater than or equal to a specified threshold; determine a second parameter indicating a phase shift to frequency in the plurality of input signals in a second frequency band where the SNR value is less than the threshold, based on the first parameter; and perform beamforming for the plurality of input signals based on the first parameter and the second parameter.
A Lithotripsy-Histotripsy system, comprising: a first therapy transducer configured to deliver Lithotripsy therapy to a target; a second therapy transducer configured to deliver Histotripsy therapy to the target; and a control system configured to switch between delivering Lithotripsy therapy from the first therapy transducer to delivering Histotripsy therapy from the second therapy transducer. a first therapy transducer configured to deliver Lithotripsy therapy to a target; a second therapy transducer configured to deliver Histotripsy therapy to the target; and a control system configured to switch between delivering Lithotripsy therapy from the first therapy transducer to delivering Histotripsy therapy from the second therapy transducer.
A brake control device comprising: a flow control valve, placed between a brake fluid pressure generation unit on an upstream side that generates brake fluid pressure and a braking force generation unit on a downstream side that generates braking force in accordance with the brake fluid pressure to a wheel (Wfl, Wfr, Wrl or Wrr), that regulates the brake fluid pressure to the braking force generation unit by controlling a flow rate of brake fluid; a differential pressure obtaining means that obtains, from brake fluid pressure on upstream and downstream sides of the flow control valve, information on a difference of the brake fluid pressure; a hydrodynamic force obtaining means that obtains information on hydrodynamic force that is a sum of forces in valve closing and opening directions working on a valve element by a flow of brake fluid passing through the flow control valve; and a brake fluid pressure control means that controls the flow control valve by use of the information on the differential pressure and the information on the hydrodynamic force. a flow control valve, placed between a brake fluid pressure generation unit on an upstream side that generates brake fluid pressure and a braking force generation unit on a downstream side that generates braking force in accordance with the brake fluid pressure to a wheel (Wfl, Wfr, Wrl or Wrr), that regulates the brake fluid pressure to the braking force generation unit by controlling a flow rate of brake fluid; a differential pressure obtaining means that obtains, from brake fluid pressure on upstream and downstream sides of the flow control valve, information on a difference of the brake fluid pressure; a hydrodynamic force obtaining means that obtains information on hydrodynamic force that is a sum of forces in valve closing and opening directions working on a valve element by a flow of brake fluid passing through the flow control valve; and a brake fluid pressure control means that controls the flow control valve by use of the information on the differential pressure and the information on the hydrodynamic force.
A method of manufacturing a stator including an insulating member intervening between a plurality of coil end portions each protruding from a stator core, the method comprising: a first step of disposing an interposed member to cover part of the insulating member, which is disposed between the plurality of coil end portions; and a second step of welding part of each of the plurality of coil end portions, wherein the interposed member is disposed at a center portion in space between every adjacent coil end portions in a circumferential direction of the stator core, and wherein the interposed member is further disposed between the insulating member and a jig that positions the plurality of coil end portions. a first step of disposing an interposed member to cover part of the insulating member, which is disposed between the plurality of coil end portions; and a second step of welding part of each of the plurality of coil end portions, wherein the interposed member is disposed at a center portion in space between every adjacent coil end portions in a circumferential direction of the stator core, and wherein the interposed member is further disposed between the insulating member and a jig that positions the plurality of coil end portions.
A high drug load solid oral pharmaceutical tablet of eslicarbazepine acetate comprising: eslicarbazepine acetate in an amount from 90.1% to 95% by weight, with respect to the total weight of the composition; a disintegrant in the intra-granular part of the composition selected from sodium starch glycolate, low substituted hydroxypropyl cellulose and crospovidone in an amount from 0.1% to 12% by weight, with respect to the total weight of the composition; a binder in the intra-granular part of the composition selected from hydroxypropyl cellulose and hydroxypropyl methylcellulose in an amount less than 3% by weight, with respect to the total weight of the composition; and a lubricant is present in the extra-granular part of the composition in an amount from 0.5% to 1% by weight, with respect to the total weight of the composition, wherein the composition is obtained by wet granulation and exhibits more than 80% of drug release within 30 minutes in 1000 ml of acetate buffer pH 4.5 using a USP II apparatus (Paddle) at a temperature of 37±0.5°C and a rotation speed of 100 revolutions per minute. eslicarbazepine acetate in an amount from 90.1% to 95% by weight, with respect to the total weight of the composition; a disintegrant in the intra-granular part of the composition selected from sodium starch glycolate, low substituted hydroxypropyl cellulose and crospovidone in an amount from 0.1% to 12% by weight, with respect to the total weight of the composition; a binder in the intra-granular part of the composition selected from hydroxypropyl cellulose and hydroxypropyl methylcellulose in an amount less than 3% by weight, with respect to the total weight of the composition; and a lubricant is present in the extra-granular part of the composition in an amount from 0.5% to 1% by weight, with respect to the total weight of the composition, wherein the composition is obtained by wet granulation and exhibits more than 80% of drug release within 30 minutes in 1000 ml of acetate buffer pH 4.5 using a USP II apparatus (Paddle) at a temperature of 37±0.5°C and a rotation speed of 100 revolutions per minute.
A method for analyzing a hydrocarbon sample, comprising: preparing a hydrocarbon sample having a surface, wherein preparing a hydrocarbon sample having a surface comprises obtaining a solid matrix containing a hydrocarbon sample, wherein the solid matrix containing a hydrocarbon sample is one of a core sample taken from potential or existing well location or shale extraction location, a source rock, or oil shale; impinging a solvent on the prepared hydrocarbon sample having a surface at an angle between about 30° and about 60° relative to the surface, the solvent comprising a stream of solvent droplets, the solvent comprising a non-polar compound and a polar compound; capturing droplets desorbed from the surface at an inlet conduit for a mass spectrometer, the captured droplets including one or more compounds from the hydrocarbon sample; and generating at least one mass spectrum based on the one or more compounds from the hydrocarbon sample. preparing a hydrocarbon sample having a surface, wherein preparing a hydrocarbon sample having a surface comprises obtaining a solid matrix containing a hydrocarbon sample, wherein the solid matrix containing a hydrocarbon sample is one of a core sample taken from potential or existing well location or shale extraction location, a source rock, or oil shale; impinging a solvent on the prepared hydrocarbon sample having a surface at an angle between about 30° and about 60° relative to the surface, the solvent comprising a stream of solvent droplets, the solvent comprising a non-polar compound and a polar compound; capturing droplets desorbed from the surface at an inlet conduit for a mass spectrometer, the captured droplets including one or more compounds from the hydrocarbon sample; and generating at least one mass spectrum based on the one or more compounds from the hydrocarbon sample.
A method of controlling energy-consumption associated with data transmission between a terminal device and a mobile network, wherein the method is for a node (100; 300) of the mobile network, the method comprising: the node (100; 300) obtaining an energy consumption profile of multiple energy sinks in the terminal device by receiving the energy consumption profile from the terminal device and/or from a further node (100; 300; 320) of the mobile network, wherein the energy consumption profile includes information items defining a type of energy sink, the type specifying a contribution to the total energy consumption of the terminal device, and wherein the energy consumption profile specifies dependencies of sizes of the energy sinks among each other, and the node (100; 300) performing scheduling of the data transmission on the basis of the obtained energy consumption profile. the node (100; 300) obtaining an energy consumption profile of multiple energy sinks in the terminal device by receiving the energy consumption profile from the terminal device and/or from a further node (100; 300; 320) of the mobile network, wherein the energy consumption profile includes information items defining a type of energy sink, the type specifying a contribution to the total energy consumption of the terminal device, and wherein the energy consumption profile specifies dependencies of sizes of the energy sinks among each other, and the node (100; 300) performing scheduling of the data transmission on the basis of the obtained energy consumption profile.
A graphic imaging device in the form of a hollow tube-like sleeve made of transparent material, in which a battery, RGB LED diodes, a processor and a USB connector are inserted, wherein the device is hanging on a gripping chain or cord held, in use, by fingers and creates pre-programmed patterns when spinning, characterised in that UV LED diodes, a 3 Watt LED diode, a tactical lamp and light scattering rings are also inserted in the sleeve, in that the processor is associated with a GPS module, a metal detector, a gyroscope and an accelerometer, in that the USB connector is connected to a charger with a battery charging indicator associated with the battery connected to a direct current DC/DC converter, and in that the processor is connected to the three LED controllers (1, 2, 3) linked to the direct current DC/DC converter, wherein the first LED controller is connected to 74 RGB LED diodes, the second LED controller is connected to 20 UV LED diodes and the third LED controller is connected to the 3 Watt LED diode