mhurhangee/ep-ind-claims huggingface dataset:
A base station comprising: a control circuitry is configured to set a first offset value or a second offset value which is added to the transmission power of a sounding reference signal, SRS for a terminal apparatus, the terminal apparatus controlling the transmission power of the SRS signal using the first or second offset value; and a receiver is configured to receive the SRS according to the controlled transmission power, wherein the offset value used to control the transmission power is set within one of a first offset setting range having a first lower limit value and a first upper limit value and a second offset setting range having a second lower limit value and a second upper limit value, the difference between a first lower limit value of the first offset value and a second lower limit value of the second offset being same as a difference between a first upper limit value of the first offset and a second upper limit value of the second offset value, the SRS is a periodic SRS, P-SRS, or an aperiodic SRS, A-SRS, and both the first and the second offset values for the P-SRS are independent from both the first and the second offset values or the A-SRS, and wherein a step width of the first offset value within a first offset setting range having the first lower limit value and a first upper limit value equals a step width of the second offset value within a second offset setting range having the second lower limit value and a second upper limit value. a control circuitry is configured to set a first offset value or a second offset value which is added to the transmission power of a sounding reference signal, SRS for a terminal apparatus, the terminal apparatus controlling the transmission power of the SRS signal using the first or second offset value; and a receiver is configured to receive the SRS according to the controlled transmission power, wherein the offset value used to control the transmission power is set within one of a first offset setting range having a first lower limit value and a first upper limit value and a second offset setting range having a second lower limit value and a second upper limit value, the difference between a first lower limit value of the first offset value and a second lower limit value of the second offset being same as a difference between a first upper limit value of the first offset and a second upper limit value of the second offset value, the SRS is a periodic SRS, P-SRS, or an aperiodic SRS, A-SRS, and both the first and the second offset values for the P-SRS are independent from both the first and the second offset values or the A-SRS, and wherein a step width of the first offset value within a first offset setting range having the first lower limit value and a first upper limit value equals a step width of the second offset value within a second offset setting range having the second lower limit value and a second upper limit value.
A system for providing stimulation to a patient, the system comprising: an implantable stimulator device,ISD, that is implantable in the patient and an external controller configured to control the implantable stimulator device, wherein the external controller is configured to: track instances when the patient uses the external controller to instruct the ISD to issue a bolus of stimulation, wherein the bolus of stimulation comprises active stimulation for a first period of time and wherein after the first period of time the ISD provides no stimulation for a second period of time, correlate the tracked instances with one or more predictors indicative of a need for stimulation, determine an occurrence of one or more of the predictors, and in response to the occurrence, (i) prompt the patient to issue a bolus of stimulation; or (ii) automatically instruct the ISD to issue a bolus of stimulation. track instances when the patient uses the external controller to instruct the ISD to issue a bolus of stimulation, wherein the bolus of stimulation comprises active stimulation for a first period of time and wherein after the first period of time the ISD provides no stimulation for a second period of time, correlate the tracked instances with one or more predictors indicative of a need for stimulation, determine an occurrence of one or more of the predictors, and in response to the occurrence, (i) prompt the patient to issue a bolus of stimulation; or (ii) automatically instruct the ISD to issue a bolus of stimulation.
A tyre monitoring apparatus comprising an apparatus (330, 430) for measuring parameter values from an electrical input signal derived from at least one sensor (208, 209) for monitoring at least one characteristic of a tyre, the measuring apparatus comprising a signal sampling device (332, 432) operable to sample said input signal and to produce a corresponding output comprising a measured parameter value; and a controller (302, 402) co-operable with said signal sampling device for operating said signal sampling device to sample said input signal, characterised in that said measuring apparatus further includes a signal level detector (334, 434) configured to detect changes in the level of said input signal by more than a threshold amount, and by said controller being co-operable with said signal level detector and being configured to monitor said electrical signal by monitoring the output of the signal level detector and to operate said signal sampling device to sample said input signal in response to said signal level detector detecting a change in said input signal level by more than said threshold amount.
Mechanical subassembly for a chair, a base element, a back element and a seat element being able to be articulated to the mechanical subassembly and the mechanical subassembly comprising a housing lower portion which can be connected to the base element, wherein - the mechanical subassembly comprises a pivot arm which can be connected to the seat element and a back connection which can be connected to the back element, - the pivot arm being pivotably articulated to the housing lower portion, - the back connection being pivotably articulated to the housing lower portion, - the pivot arm being able to be coupled to the back connection by means of the seat element, - the mechanical subassembly further comprising a cartridge which can be inserted into the housing lower portion and at least one leaf spring, - the mechanical subassembly further having as integral components which are connected to the cartridge at least one adjustable support (13,14) and an adjustment mechanism for the support, - the cartridge comprising at least one travel path (16,17,18,19), - the support (13,14) being guided on at least one of the travel paths (16,17,18,19) formed on the cartridge and the adjustment mechanism which moves the support (13,14) being supported on the cartridge, - the leaf spring being fixed with a first end region in a receiving member (20,21) in the housing lower portion, resting with a central region on the support (13,14) and supporting the back connection with a second end region in such a manner that the leaf spring is bent over the support. - the mechanical subassembly comprises a pivot arm which can be connected to the seat element and a back connection which can be connected to the back element, - the pivot arm being pivotably articulated to the housing lower portion, - the back connection being pivotably articulated to the housing lower portion, - the pivot arm being able to be coupled to the back connection by means of the seat element, - the mechanical subassembly further comprising a cartridge which can be inserted into the housing lower portion and at least one leaf spring, - the mechanical subassembly further having as integral components which are connected to the cartridge at least one adjustable support (13,14) and an adjustment mechanism for the support, - the cartridge comprising at least one travel path (16,17,18,19), - the support (13,14) being guided on at least one of the travel paths (16,17,18,19) formed on the cartridge and the adjustment mechanism which moves the support (13,14) being supported on the cartridge, - the leaf spring being fixed with a first end region in a receiving member (20,21) in the housing lower portion, resting with a central region on the support (13,14) and supporting the back connection with a second end region in such a manner that the leaf spring is bent over the support.
A soft magnetic film comprising flat soft magnetic particles, wherein the soft magnetic film is formed from a soft magnetic resin composition containing the soft magnetic particles, and the soft magnetic resin composition contains epoxy resin, phenol resin, and acrylic resin, a total content of the thermosetting resin formed from epoxy resin and the phenol resin is 20 parts by mass or more and 99 parts by mass or less relative to 100 parts by mass of a component consisting of the resin component and an optional thermosetting catalyst and an optional additive but not including soft magnetic particles and solvent, the phenol resin is at least one selected from the group consisting of novolak-type phenol resin, resol-type phenol resin, and polyoxystyrene, the phenol resin is a curing agent for the epoxy resin, and the ratio E' 200/ E' 23 of a tensile storage elastic modulus E' 200 at 200°C to a tensile storage elastic modulus E' 23 at 23°C in dynamic viscoelasticity measurement at a temperature increase rate of 10°C/min and a frequency of 1 Hz is 0.25 or more.
Device for fixing a drawer to a movable rail of a pull-out guide, comprising a position-adjusting device (12, 18) and a holder which can be fixed to the rail on which the position-adjusting device (12, 18) is provided in order to position a drawer adjustably relative to the rail, and a housing of the device which is fitted onto the holder, which is connected via at least one connecting section to at least one mounting element of the device which is fixed to a side frame of a drawer, wherein the connecting section is of elastic design and the position-adjusting device (12, 13) is adjustable when the mounting element is mounted, wherein the mounting element, the connecting section and the housing are formed integrally.
A thermal storage system for use with a gas turbine engine having an intercooler, comprising: a secondary cooler configured to be in communication with the intercooler when in use; a thermal energy storage tank configured to be in communication with the secondary cooler and the intercooler when in use; and a temperature conditioning device positioned about the gas turbine engine when in use and in communication with the thermal energy storage tank; the temperature conditioning device comprises an inlet heat exchange coil configured to provide heat or cooling about the gas turbine engine; the thermal storage system further comprising a chiller in communication with the inlet heat exchange coil and the thermal energy storage tank and a chiller by-pass line around the chiller. a secondary cooler configured to be in communication with the intercooler when in use; a thermal energy storage tank configured to be in communication with the secondary cooler and the intercooler when in use; and a temperature conditioning device positioned about the gas turbine engine when in use and in communication with the thermal energy storage tank; the temperature conditioning device comprises an inlet heat exchange coil configured to provide heat or cooling about the gas turbine engine; the thermal storage system further comprising a chiller in communication with the inlet heat exchange coil and the thermal energy storage tank and a chiller by-pass line around the chiller.
Item of furniture comprising a carcase and a furniture element which can be drawn out of the carcase as well as a pull-out securing arrangement for the furniture element, wherein a linear guide for at least two blocking members is fixed to the carcase, wherein the blocking member assigned to a furniture element is displaceable within the linear guide if the furniture element assumes a first position, wherein the blocking member assigned to a furniture element is displaced within the linear guide and an adjacent blocking member is locked if the furniture element assumes a second position, wherein a pin with two cams (23, 23.1, 23.2) assigned to the furniture element is mounted rotatably on the carcase, wherein the blocking members have a recess open at one side, wherein the cams (23, 23.1, 23.2) of the pin project into the recess of a blocking member, wherein the blocking member assigned to a pin is displaceable within the linear guide if the pin assumes a first position, and wherein the blocking member (19.3) of a first cam (23.1) assigned to a pin is displaced within the linear guide and an adjacent blocking member (19.1) of the second cam (23.2) is locked if the pin assumes a second position, wherein the furniture element includes an operating element, and wherein the operating element interacts with a crank pin of the pin, wherein the furniture element is attached to the carcase by means of a telescopic guide (9,11) or a roller guide so that it can be drawn out, wherein the telescopic guide (9, 11) or the roller guide comprises the operating element for the pin, characterised in that the pin has a crank pin on its end opposite the at least one cam (23, 23.1, 23.2), and that the crank pin is arranged on a part of the telescopic guide (9, 11) or roller guide connected with the carcase, and that the operating element has a track into which the pin enters when the furniture element is closed.
A method, comprising: determining a location of a tissue of interest of a subject and a full range of motion of a moving cycle of the tissue of interest; performing a contrast enhanced computed tomography scan of the tissue of interest, with an imaging system having a radiation source and a detector array, wherein the performing of the scan comprises concurrently imaging over a single rotation of the radiation source and the detector array: - a peak contrast enhancement of the tissue of interest, and - the determined full range of motion of the tissue of interest and an entire volume of interest of the tissue of interest. determining a location of a tissue of interest of a subject and a full range of motion of a moving cycle of the tissue of interest; performing a contrast enhanced computed tomography scan of the tissue of interest, with an imaging system having a radiation source and a detector array, wherein the performing of the scan comprises concurrently imaging over a single rotation of the radiation source and the detector array: - a peak contrast enhancement of the tissue of interest, and - the determined full range of motion of the tissue of interest and an entire volume of interest of the tissue of interest. - a peak contrast enhancement of the tissue of interest, and - the determined full range of motion of the tissue of interest and an entire volume of interest of the tissue of interest.
Desiccation system for mechanically killing plants (10, 12, 14), in particular potato plants, on arable land in agricultural farming, which is configured to be moved across arable land by an agricultural utility vehicle, wherein the plants (10, 12, 14) are located in the soil of the arable land and the desiccation system is configured such that the plants (10, 12, 14) also remain rooted in the soil after application of the desiccation system, wherein the desiccation system comprises: at least one crushing unit; and a connecting portion configured to mechanically connect the desiccation system to the agricultural utility vehicle, wherein the at least one crushing unit comprises two rotatable crushing bodies, and an imaginary straight line through rotation axes of the two rotatable crushing bodies is substantially perpendicular to the preferred travelling direction of the agricultural utility vehicle, wherein the two rotatable crushing bodies of the at least one crushing unit are arranged such that a crushing space is defined between the crushing bodies, wherein the rotation of the two rotatable crushing bodies of the at least one crushing unit is coupled such that a haulm of the living plants (10, 12, 14) is drawn into the crushing space and crushed by the rotation of the two rotatable crushing bodies. at least one crushing unit; and a connecting portion configured to mechanically connect the desiccation system to the agricultural utility vehicle, wherein the at least one crushing unit comprises two rotatable crushing bodies, and an imaginary straight line through rotation axes of the two rotatable crushing bodies is substantially perpendicular to the preferred travelling direction of the agricultural utility vehicle, wherein the two rotatable crushing bodies of the at least one crushing unit are arranged such that a crushing space is defined between the crushing bodies, wherein the rotation of the two rotatable crushing bodies of the at least one crushing unit is coupled such that a haulm of the living plants (10, 12, 14) is drawn into the crushing space and crushed by the rotation of the two rotatable crushing bodies.
A fiber made from a polymer comprising imidazole groups, the fiber further having: i) halide anions being present in an amount in the range of 0.05 to 20.1 weight percent, based on weight of fiber; ii) sulfur, wherein the sulfur is present in the fiber in an amount in the range of 0.01 to 3 weight percent, based on weight of fiber; and iii) alkali metal ion, wherein the alkali metal ion is present in the fiber in an amount in the range of 0.05 to 2 weight percent, based on weight of fiber. i) halide anions being present in an amount in the range of 0.05 to 20.1 weight percent, based on weight of fiber; ii) sulfur, wherein the sulfur is present in the fiber in an amount in the range of 0.01 to 3 weight percent, based on weight of fiber; and iii) alkali metal ion, wherein the alkali metal ion is present in the fiber in an amount in the range of 0.05 to 2 weight percent, based on weight of fiber.
Formed pipe end-section of a pipeline for connecting the pipeline at an end to an adapter, comprising an annular bead with a first abutment face facing away from the end of the pipeline and a second abutment face facing towards the end of the pipeline, a chamfer reducing a diameter of the pipe end- section from the annular bead towards the end of the pipeline, and a radial recess accommodating a sealing ring, wherein the chamfer and the sealing ring are respectively provided to engage an inner cone of the adapter, wherein the chamfer extends between the annular bead and the radial recess, wherein the annular bead, the chamfer and the radial recess are formed by press-forming the end-section of the pipeline, particularly without machining, characterized in that the recess extends to the end of the pipeline and that the sealing ring extends, at least when the sealing ring engages the inner cone of the adapter when the pipe end-section is connected to the adapter, to the end of the pipeline.
An injection comprising ethanol and 3 to 60 mg/mL per total volume of the injection of 3-methyl-1-phenyl-2-pyrazolin-5-one or a physiologically acceptable salt thereof, and one or two chelating agents selected from the group consisting of calcium disodium edetate and disodium edetate.
A sensing device comprising: a bistable snap mechanism (50, 150, 250) including a snap element (54, 154, 254) operatively connected to an input element (16, 116, 216) and an output element, the snap element (54, 154, 254) having two discrete positions that provides the output element in one of first and second positions (P1, P2); a resistive sensing element including a flexible member operatively connected to the output element and configured to deflect in response to movement of the output element between the first and second positions (P1, P2), a resistor mounted on the flexible member and configured to provide a variable resistance based upon deflection of the flexible member; wherein the snap element (54, 154, 254) includes a flexible disc configured to move between concave and convex configurations; wherein the bistable snap mechanism (50, 150, 250) includes a stem connected to the flexible disc, wherein the stem is configured to move along an axis between the first and second positions (P1, P2) in response to the flexible disc moving between the concave and convex configurations, and wherein the stem extends from both sides of the flexible disc, the stem (56, 156, 256) on one side of the flexible disc providing the output element and on the other side of the flexible disc providing the input element or being connected with the input element or cooperating with the input element. a bistable snap mechanism (50, 150, 250) including a snap element (54, 154, 254) operatively connected to an input element (16, 116, 216) and an output element, the snap element (54, 154, 254) having two discrete positions that provides the output element in one of first and second positions (P1, P2); a resistive sensing element including a flexible member operatively connected to the output element and configured to deflect in response to movement of the output element between the first and second positions (P1, P2), a resistor mounted on the flexible member and configured to provide a variable resistance based upon deflection of the flexible member; wherein the snap element (54, 154, 254) includes a flexible disc configured to move between concave and convex configurations; wherein the bistable snap mechanism (50, 150, 250) includes a stem connected to the flexible disc, wherein the stem is configured to move along an axis between the first and second positions (P1, P2) in response to the flexible disc moving between the concave and convex configurations, and wherein the stem extends from both sides of the flexible disc, the stem (56, 156, 256) on one side of the flexible disc providing the output element and on the other side of the flexible disc providing the input element or being connected with the input element or cooperating with the input element.
A multipoint ignition device for igniting an air-fuel mixture in a combustion chamber of an engine, comprising: an insulating member formed in an annular shape such that an inner periphery thereof faces the combustion chamber; and a plurality of electrodes held on the insulating member so as to form a plurality of ignition gaps in a circumferential direction inside the combustion chamber, wherein the insulating member includes a plurality of divided insulating members formed in divided form; characterised in that the divided insulating member close to an intake valve of the engine has a higher thermal conductivity than the divided insulating member close to an exhaust valve of the engine. an insulating member formed in an annular shape such that an inner periphery thereof faces the combustion chamber; and a plurality of electrodes held on the insulating member so as to form a plurality of ignition gaps in a circumferential direction inside the combustion chamber, wherein the insulating member includes a plurality of divided insulating members formed in divided form; characterised in that the divided insulating member close to an intake valve of the engine has a higher thermal conductivity than the divided insulating member close to an exhaust valve of the engine.