mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communication at a user equipment, UE, comprising: receiving, from a base station, a control channel associated with a first radio access technology, RAT, on resources of a carrier, the control channel indicating that the carrier supports communications using a second RAT; decoding the control channel to determine that the carrier supports communications using the second RAT, wherein decoding the control channel includes identifying a carrier capability indicator in the control channel, wherein the carrier capability indicator comprises one or more bits in the control channel that indicate that the carrier supports communications using the second RAT; and communicating with the base station using the second RAT on resources of the carrier based at least in part on decoding the control channel to determine that the carrier supports communications using the second RAT. receiving, from a base station, a control channel associated with a first radio access technology, RAT, on resources of a carrier, the control channel indicating that the carrier supports communications using a second RAT; decoding the control channel to determine that the carrier supports communications using the second RAT, wherein decoding the control channel includes identifying a carrier capability indicator in the control channel, wherein the carrier capability indicator comprises one or more bits in the control channel that indicate that the carrier supports communications using the second RAT; and communicating with the base station using the second RAT on resources of the carrier based at least in part on decoding the control channel to determine that the carrier supports communications using the second RAT.
Plant for the realization of self-supporting construction modules, for the construction of reinforced-concrete slabs, said modules being made up of a plurality of panels, each having a mutually united shape, in order to be mutually associated, in each of such modules at least one longitudinal reinforcing element being inserted, which crosses each panel in longitudinal slots, such modules being mutually disposed side by side, forming a complete slab structure, said plant comprises: - at least one aligning plane on which a predetermined number of panels is aligned, in order to create a module of the size requested, - an aligning and cutting mechanism, which operates on said aligning plane; - at least one forming machine, provided with catching means of the module, which is still free from reinforcing elements; inside said module is inserted, from side to side, at least one hardening or reinforcing longitudinal element; characterized in that said aligning and cutting mechanism comprises a hot wire, a vibrant wire, or a simple blade or a circular saw, or other systems of the known type, which are also able to provide inclined cuttings and not only orthogonal cuttings with respect to the longitudinal axis of the aligning plane. - at least one aligning plane on which a predetermined number of panels is aligned, in order to create a module of the size requested, - an aligning and cutting mechanism, which operates on said aligning plane; - at least one forming machine, provided with catching means of the module, which is still free from reinforcing elements;
Reactive resin comprising i) a base resin comprising at least one vinyl ester resin, and ii) at least one itaconic ester of formula, where R represents hydrogen or a C 1 -C 6 alkyl group, x represents a C 2 -C 10 alkylene group, and n ≥ 2. i) a base resin comprising at least one vinyl ester resin, and ii) at least one itaconic ester of formula, where R represents hydrogen or a C 1 -C 6 alkyl group, x represents a C 2 -C 10 alkylene group, and n ≥ 2.
An apparatus for reducing alien crosstalk comprising: a one-piece cap manufactured of a material configured to minimize transmission of an electrical signal away from its intended path, the cap constructed to fit about a jack that includes a port for receiving a plug, spring contacts for making electrical contact with the plug, and insulation displacement contacts housed in an insulation displacement contact housing, the insulation displacement contacts electrically connected to the spring contacts, the insulation displacement contact housing including a top, a back, and two sides, the cap including a first wall portion constructed to at least partially cover the top, a second wall portion constructed to at least partially cover the back, and third and fourth wall portions constructed to at least partially cover the two sides of the insulation displacement contact housing, the cap including a curved first notch defined along the second wall portion of the cap for accommodating a cable terminated to the insulation displacement contacts; wherein the cap includes a second notch defined along the first wall portion of the cap, the cap being constructed to fit about the jack with a snap-fit, characterized in that the cap includes an electrically non-conductive material which is impregnated with an electrically conductive material such that the cap is overall electrically non-conductive. a one-piece cap manufactured of a material configured to minimize transmission of an electrical signal away from its intended path, the cap constructed to fit about a jack that includes a port for receiving a plug, spring contacts for making electrical contact with the plug, and insulation displacement contacts housed in an insulation displacement contact housing, the insulation displacement contacts electrically connected to the spring contacts, the insulation displacement contact housing including a top, a back, and two sides, the cap including a first wall portion constructed to at least partially cover the top, a second wall portion constructed to at least partially cover the back, and third and fourth wall portions constructed to at least partially cover the two sides of the insulation displacement contact housing, the cap including a curved first notch defined along the second wall portion of the cap for accommodating a cable terminated to the insulation displacement contacts; wherein the cap includes a second notch defined along the first wall portion of the cap, the cap being constructed to fit about the jack with a snap-fit, characterized in that the cap includes an electrically non-conductive material which is impregnated with an electrically conductive material such that the cap is overall electrically non-conductive.
System for generating electrical energy in a vehicle, comprising an engine having a bleed air output line, a turbo generator connected to the engine, an electrical consumer (A, B, C, D) connected to the turbo generator, and an expanded bleed air heat exchanger, wherein the turbo generator has a bleed air input line connected to the bleed air output line of the engine and is configured to be powered by bleed air from the engine, wherein the turbo generator comprises an expanded bleed air output line which is configured to lead the expanded bleed air from the turbo generator, wherein the expanded bleed air output line is connected to the expanded bleed air heat exchanger configured to cool the electrical consumer (A, B, C, D), characterized in that the system further comprises a ram air heat exchanger and in that the electrical consumer (A, B, C, D) is cooled by ram air through the ram air heat exchanger, wherein the ram air heat exchanger and the expanded bleed air heat exchanger are connected in parallel to cool a consumer cooling fluid flowing through a consumer cooling line, wherein downstream of the ram air heat exchanger and the expanded bleed air heat exchanger two branched consumer cooling lines (33a, 33b) have a confluence point from which the cooling fluid continues to flow inside the consumer cooling line, and wherein an expanded bleed air heat exchanger valve is arranged downstream of the expanded bleed air heat exchanger and upstream of the confluence point of the respective sections of the consumer cooling line for the ram air heat exchanger and the expanded bleed air heat exchanger. an engine having a bleed air output line, a turbo generator connected to the engine, an electrical consumer (A, B, C, D) connected to the turbo generator, and an expanded bleed air heat exchanger, wherein the turbo generator has a bleed air input line connected to the bleed air output line of the engine and is configured to be powered by bleed air from the engine, wherein the turbo generator comprises an expanded bleed air output line which is configured to lead the expanded bleed air from the turbo generator, wherein the expanded bleed air output line is connected to the expanded bleed air heat exchanger configured to cool the electrical consumer (A, B, C, D), characterized in that the system further comprises a ram air heat exchanger and in that the electrical consumer (A, B, C, D) is cooled by ram air through the ram air heat exchanger, wherein the ram air heat exchanger and the expanded bleed air heat exchanger are connected in parallel to cool a consumer cooling fluid flowing through a consumer cooling line, wherein downstream of the ram air heat exchanger and the expanded bleed air heat exchanger two branched consumer cooling lines (33a, 33b) have a confluence point from which the cooling fluid continues to flow inside the consumer cooling line, and wherein an expanded bleed air heat exchanger valve is arranged downstream of the expanded bleed air heat exchanger and upstream of the confluence point of the respective sections of the consumer cooling line for the ram air heat exchanger and the expanded bleed air heat exchanger.
An electron microscope comprising: an electron source for emitting an electron beam; an acceleration tube which has plural stages of acceleration electrodes (170a-170f) stacked one above the other and which is operative to accelerate the electron beam; a first electrode placed in a stage preceding the acceleration tube and operative such that a lens action is produced between this first electrode and the initial stage of acceleration electrode of the plural stages of acceleration electrodes; an accelerating voltage supply for supplying an accelerating voltage to the acceleration tube; a first electrode voltage supply for supplying a voltage to the first electrode; and a controller for controlling the first electrode voltage supply; wherein the lens action produced between the first electrode and the initial stage of acceleration electrode forms a crossover of the electron beam; and characterized in that the controller controls the first electrode voltage supply such that, if the accelerating voltage is modified, the ratio between the voltage applied to the first electrode and a voltage applied to the initial stage of acceleration electrode is kept constant. an electron source for emitting an electron beam; an acceleration tube which has plural stages of acceleration electrodes (170a-170f) stacked one above the other and which is operative to accelerate the electron beam; a first electrode placed in a stage preceding the acceleration tube and operative such that a lens action is produced between this first electrode and the initial stage of acceleration electrode of the plural stages of acceleration electrodes; an accelerating voltage supply for supplying an accelerating voltage to the acceleration tube; a first electrode voltage supply for supplying a voltage to the first electrode; and a controller for controlling the first electrode voltage supply; wherein the lens action produced between the first electrode and the initial stage of acceleration electrode forms a crossover of the electron beam; and characterized in that the controller controls the first electrode voltage supply such that, if the accelerating voltage is modified, the ratio between the voltage applied to the first electrode and a voltage applied to the initial stage of acceleration electrode is kept constant.
A laundry composition comprising 0.01 to 5 w.t. % anionic silicone and a perfume, wherein the anionic groups on the anionic silicone are located in pendent positions on the silicone and the anionic silicone and perfume are pre-mixed prior to addition to the base laundry composition.
A header for an agricultural harvester, the agricultural harvester being able to move in a forward direction, the header comprising a cutter bar plate, a draper frame adjacent the cutter bar plate, a conveyor supported by the draper frame and having a fore end and an aft end, and a draper seal attached to the draper frame adjacent the fore end, characterized in that: the draper seal comprises: a first portion attached to the draper frame; a second portion extending perpendicular to substantially perpendicular to the first portion; a third portion extending perpendicular to substantially perpendicular to the second portion; and a fourth portion extending perpendicular to substantially perpendicular to the third portion. a first portion attached to the draper frame; a second portion extending perpendicular to substantially perpendicular to the first portion; a third portion extending perpendicular to substantially perpendicular to the second portion; and a fourth portion extending perpendicular to substantially perpendicular to the third portion.
A method of wireless communication, the method implemented by a user equipment, UE, (720, 810) and comprising: establishing communication with a Master Evolved Node B, MeNB (710a, 804), and a Secondary eNB, SeNB (710b, 804); detecting a Radio Link Failure, RLF, of a connection with the SeNB (710b, 804); transmitting an indication of the RLF to the MeNB (710a, 804), in response to the detection; receiving, from the MeNB (710a, 804), a reconfiguration command for SeNB release including bearer fallback after transmitting the indication of the RLF to the MeNB; and characterised by: resuming data communication with the MeNB for one or more bearers previously established between the UE (720, 810) and the SeNB and simultaneously served by the MeNB and the SeNB in response to receiving the command; wherein the bearer fallback comprises resuming data communication only for bearers previously served simultaneously by the MeNB (710a, 804) and the SeNB (710b, 804) and without performing a PDCP, Packet Data Convergence Protocol, re-configuration. establishing communication with a Master Evolved Node B, MeNB (710a, 804), and a Secondary eNB, SeNB (710b, 804); detecting a Radio Link Failure, RLF, of a connection with the SeNB (710b, 804); transmitting an indication of the RLF to the MeNB (710a, 804), in response to the detection; receiving, from the MeNB (710a, 804), a reconfiguration command for SeNB release including bearer fallback after transmitting the indication of the RLF to the MeNB; and characterised by: resuming data communication with the MeNB for one or more bearers previously established between the UE (720, 810) and the SeNB and simultaneously served by the MeNB and the SeNB in response to receiving the command; wherein the bearer fallback comprises resuming data communication only for bearers previously served simultaneously by the MeNB (710a, 804) and the SeNB (710b, 804) and without performing a PDCP, Packet Data Convergence Protocol, re-configuration. resuming data communication with the MeNB for one or more bearers previously established between the UE (720, 810) and the SeNB and simultaneously served by the MeNB and the SeNB in response to receiving the command; wherein the bearer fallback comprises resuming data communication only for bearers previously served simultaneously by the MeNB (710a, 804) and the SeNB (710b, 804) and without performing a PDCP, Packet Data Convergence Protocol, re-configuration.
A cutting tool support pad having a first axis and comprising: opposing first and second primary surfaces spaced apart along the first axis; a pad peripheral surface extending between the first and second primary surfaces; and a median plane being perpendicular to the first axis, located between the first and second primary surfaces, and passing through the pad peripheral surface; wherein: each primary surface comprises at least one convex contact surface; characterised in that each primary surface further comprises an abutment surface for abutting a support surface of a cutting tool; wherein: the at least one convex contact surface extends outwardly away from the median plane further than the abutment surface. opposing first and second primary surfaces spaced apart along the first axis; a pad peripheral surface extending between the first and second primary surfaces; and a median plane being perpendicular to the first axis, located between the first and second primary surfaces, and passing through the pad peripheral surface; wherein: each primary surface comprises at least one convex contact surface; characterised in that each primary surface further comprises an abutment surface for abutting a support surface of a cutting tool; wherein: the at least one convex contact surface extends outwardly away from the median plane further than the abutment surface. each primary surface comprises at least one convex contact surface; characterised in that each primary surface further comprises an abutment surface for abutting a support surface of a cutting tool; wherein: the at least one convex contact surface extends outwardly away from the median plane further than the abutment surface. the at least one convex contact surface extends outwardly away from the median plane further than the abutment surface.
A method for detecting dehydration in a subject, comprising the step of measuring the saliva conductance parameter of the subject with an apparatus comprising: at least one liquid collection element, and a first electrode and a second electrode in the liquid collection element, each electrode having a top surface, a bottom surface and at least one edge (133a, 133b), wherein the electrodes are substantially horizontally aligned with a gap between the first electrode and the second electrode, the gap length being between about 50μm to about 500 μm, and said edge of the first electrode is facing said edge of the second electrode, wherein the saliva conductance parameter is selected from saliva electric conductance or saliva impedance, and a higher saliva electric conductance in the subject, relative to the saliva electric conductance of a non-dehydrated subject, is indicative the subject is dehydrated or a lower saliva impedance in the subject, relative to the saliva impedance of a non-dehydrated subject, is indicative the subject is dehydrated. at least one liquid collection element, and a first electrode and a second electrode in the liquid collection element, each electrode having a top surface, a bottom surface and at least one edge (133a, 133b), wherein the electrodes are substantially horizontally aligned with a gap between the first electrode and the second electrode, the gap length being between about 50μm to about 500 μm, and said edge of the first electrode is facing said edge of the second electrode, wherein the saliva conductance parameter is selected from saliva electric conductance or saliva impedance, and a higher saliva electric conductance in the subject, relative to the saliva electric conductance of a non-dehydrated subject, is indicative the subject is dehydrated or a lower saliva impedance in the subject, relative to the saliva impedance of a non-dehydrated subject, is indicative the subject is dehydrated.
A support component for a motor vehicle, in particular for a motor vehicle door, which defines a support plane (xz-plane) and defines two opposed side faces (A1, A2) for the arrangement of functional components of a motor vehicle window lifter, wherein the support component includes at least one reinforcing structure (V1 -V5) for reinforcing the support component, which on both side faces (A1, A2) extends along the support plane (xz-plane) and along a direction of extension, wherein the support component forms at least two surface segments (F1, F3; F2, F3; F2, F4; F3, F4) which on both side faces (A1, A2) are arranged in the direction of extension along the support plane (xz-plane), and the reinforcing structure is formed such that on the one side face it extends in a manner protruding with respect to both surface segments (F1, F3; F2, F3; F2, F4; F3, F4) transversely to the support plane (xz-plane), characterized in that the reinforcing structure further is formed such that on the other side face it extends in a manner set back with respect to a surface segment (F1; F2; F3) of the two surface segments and protruding with respect to the other surface segment (F3; F4) of the two surface segments.
A frequency converter with a housing (7, 8) which is designed and envisaged for the peripheral assembly on an electric motor and whose base is designed in a thermally conductive manner and in a middle region is provided at the outside with longitudinal ribs and at the inside is thermally conductively connected to heat-producing components of the power circuit of the frequency converter, characterised in that the base in at least one outer region comprises cooling ribs (15, 16) which are arranged at the outside transversely or obliquely to the longitudinal ribs and at the inside comprises heat-producing components (21, 23, 24) of the input circuit and/or of the intermediate circuit of the frequency converter, said components being connected non-positively and thermally conductively to said base.
A regulatory device structured to provide stimulation therapy to a user, the regulatory device comprising: a processor; a vibratory device; and a storage medium, the storage medium having stored therein one or more routines which, when executed on the processor, cause the regulatory device to perform operations comprising: detecting, on the regulatory device, an input, and responsive to the input, generating with the regulatory device a therapeutic stimulation in the form of vibrational output applied to the user's body; and the regulatory device being characterised in that the therapeutic stimulation comprises a combination of vibratory oscillations of the vibratory device that include at least a main oscillation at a first frequency and a modulation oscillation at a second frequency, different than the first frequency, that together form a beat output. a processor; a vibratory device; and a storage medium, the storage medium having stored therein one or more routines which, when executed on the processor, cause the regulatory device to perform operations comprising: detecting, on the regulatory device, an input, and responsive to the input, generating with the regulatory device a therapeutic stimulation in the form of vibrational output applied to the user's body; and the regulatory device being characterised in that the therapeutic stimulation comprises a combination of vibratory oscillations of the vibratory device that include at least a main oscillation at a first frequency and a modulation oscillation at a second frequency, different than the first frequency, that together form a beat output.