mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a radio base station, RBS, (20,300) in a wireless communication network for controlling transmission of signals from the RBS (20,300) to user equipments, UEs, wherein the RBS (20,300) uses beam forming to direct a signal towards a receiving UE, the method comprising: determining transmission directions to a plurality of UEs served by the RBS (20,300); instructing to transmit a signal in a determined first transmission direction, D1, to a first UE of the plurality of UEs; and characterized by calculating a first difference, Δ2, between the first transmission direction, D1, and a determined second transmission direction, D2, to a second UE; calculating a second difference, Δ3, between the first transmission direction, D1, and a determined third transmission direction, D3, to a third UE; scheduling transmission of signals to the second UE and the third UE based on the calculated first and second differences in transmission direction, Δ2 and Δ3, respectively, such that when the Δ2 is lower than the Δ3, the transmission of a signal to the second UE is scheduled with a higher priority than the transmission of a signal to the third UE. determining transmission directions to a plurality of UEs served by the RBS (20,300); instructing to transmit a signal in a determined first transmission direction, D1, to a first UE of the plurality of UEs; and characterized by calculating a first difference, Δ2, between the first transmission direction, D1, and a determined second transmission direction, D2, to a second UE; calculating a second difference, Δ3, between the first transmission direction, D1, and a determined third transmission direction, D3, to a third UE; scheduling transmission of signals to the second UE and the third UE based on the calculated first and second differences in transmission direction, Δ2 and Δ3, respectively, such that when the Δ2 is lower than the Δ3, the transmission of a signal to the second UE is scheduled with a higher priority than the transmission of a signal to the third UE.
A photo-curable ink composition comprising: a. an acrylic polymer or copolymer, b. a mono-functional monomer, c. a multi-functional monomer, d. a photo-initiator, e. and a pigment, and, wherein said multi-functional monomer is dipentaerythritol penta-acrylate. a. an acrylic polymer or copolymer, b. a mono-functional monomer, c. a multi-functional monomer, d. a photo-initiator, e. and a pigment, and,
A method of managing carrier aggregation in a radiocommunication system, the method comprising the following steps carried out by a user equipment: receiving (7;12) a list of multiple carriers in a determined order; wherein the list of multiple carriers lists multiple downlink carriers; determining (8;13) whether a serving carrier is explicitly indicated either within the received list of multiple carriers or before receiving the list of multiple carriers; the method being further characterized by the steps of selecting (9;14) a carrier from the list of multiple carriers as the serving carrier if it is determined that the serving carrier is not explicitly indicated, the selection of the carrier based on a position of said carrier in the list of multiple carriers, wherein the position of the serving carrier is a first position in the list of multiple carriers; and receiving control information on the selected carrier before receiving control information on the other carriers in the list of multiple carriers, the received control information including system information or paging information. receiving (7;12) a list of multiple carriers in a determined order; wherein the list of multiple carriers lists multiple downlink carriers; determining (8;13) whether a serving carrier is explicitly indicated either within the received list of multiple carriers or before receiving the list of multiple carriers; the method being further characterized by the steps of selecting (9;14) a carrier from the list of multiple carriers as the serving carrier if it is determined that the serving carrier is not explicitly indicated, the selection of the carrier based on a position of said carrier in the list of multiple carriers, wherein the position of the serving carrier is a first position in the list of multiple carriers; and receiving control information on the selected carrier before receiving control information on the other carriers in the list of multiple carriers, the received control information including system information or paging information.
A medical system, comprising: a medical device having a plurality of planar windings, wherein the plurality of planar windings includes an electrically conductive portion; and an electrical pulse generator coupled to the electrically conductive portion, the electrical pulse generator programmed to deliver pulsed, high voltage biphasic electroporation pulses to the electrically conductive portion to induce irreversible electroporation of cardiac tissue, the biphasic electroporation pulses including energy at an output voltage between 200 to 2000 volts at a pulse width of 5μs and an interpulse interval of 20 μs, the biphasic electroporation pulses including a series of pulse trains, with each train having 40 pulses.
A lactic acid bacterium, as filed under Lactobacillus brevis DSM 22721, or a lysate thereof, for use as a food additive, wherein the lactic acid bacterium is heterolactic and wherein the lactic acid bacterium or its lysate inhibits the growth of at least one fungal organism.
A lawnmower cutting deck, wherein the cutting deck is configured to be moved in a forward direction over a ground surface to cut grass, the cutting deck comprising: - at least a first cutter shaft (7.1), and - at least one cutting unit arranged on the first cutter shaft (7.1), wherein the first cutter shaft (7.1) is configured to rotate around a first rotational axis extending substantially parallel to the ground surface to rotate the at least one cutting unit in a first rotational plane, and wherein the first rotational plane is angled in relation to the forward direction at a first angle within the range of 5 degrees to 85 degrees, or within the range of 10 degrees to 60 degrees, wherein the cutting deck comprises a second cutter shaft (7.2) and at least one cutting unit arranged on the second cutter shaft (7.2), wherein the second cutter shaft (7.2) is configured to rotate around a second rotational axis extending substantially parallel to the ground surface to rotate the at least one cutting unit in a second rotational plane, wherein the second rotational plane is angled in relation to the forward direction at a second angle within the range of 5 degrees to 85 degrees, or within the range of 10 degrees to 60 degrees, and wherein the second angle is different from the first angle, characterized in that the second cutter shaft (7.2) is arranged behind the first cutter shaft (7.1) seen in the forward direction. - at least a first cutter shaft (7.1), and - at least one cutting unit arranged on the first cutter shaft (7.1), wherein the first cutter shaft (7.1) is configured to rotate around a first rotational axis extending substantially parallel to the ground surface to rotate the at least one cutting unit in a first rotational plane, and wherein the first rotational plane is angled in relation to the forward direction at a first angle within the range of 5 degrees to 85 degrees, or within the range of 10 degrees to 60 degrees, wherein the cutting deck comprises a second cutter shaft (7.2) and at least one cutting unit arranged on the second cutter shaft (7.2), wherein the second cutter shaft (7.2) is configured to rotate around a second rotational axis extending substantially parallel to the ground surface to rotate the at least one cutting unit in a second rotational plane, wherein the second rotational plane is angled in relation to the forward direction at a second angle within the range of 5 degrees to 85 degrees, or within the range of 10 degrees to 60 degrees, and wherein the second angle is different from the first angle, characterized in that the second cutter shaft (7.2) is arranged behind the first cutter shaft (7.1) seen in the forward direction.
A pulmonary vein implant (500, 511, 520, 530, 535) comprising: at least one implant ring (502, 504, 508, 514, 516, 536, 538); said implant ring being expandable from a delivery state to an initial retention state; said initial retention state being a state wherein said ring (502, 504, 508, 514, 516, 536, 538) is adapted to substantially conform to a wall of an ostial region of said pulmonary vein; and said implant ring being sized and shaped to have a residual expansion force in said initial retention state allowing said implant ring to continue to expand over time such that said implant ring is devised to migrate into said wall of said ostial region of said pulmonary vein over a period of time, and whereby said implant ring is adapted to create controlled scar tissue circumferentially into said wall as it migrates through the wall. at least one implant ring (502, 504, 508, 514, 516, 536, 538); said implant ring being expandable from a delivery state to an initial retention state; said initial retention state being a state wherein said ring (502, 504, 508, 514, 516, 536, 538) is adapted to substantially conform to a wall of an ostial region of said pulmonary vein; and said implant ring being sized and shaped to have a residual expansion force in said initial retention state allowing said implant ring to continue to expand over time such that said implant ring is devised to migrate into said wall of said ostial region of said pulmonary vein over a period of time, and whereby said implant ring is adapted to create controlled scar tissue circumferentially into said wall as it migrates through the wall.
Device for the automated removal of workpieces arranged in a container, comprising a detecting unit for detecting the workpieces, and a gripper which is movable by means of a robotic arm having six axles, and is intended for gripping and removing the workpiece from the container, and a control unit for evaluating the data of the detecting unit, for trajectory planning and for actuating the robotic arm and the gripper, wherein the robotic arm comprises a gripper arm element, having at least two further movement axles, for moving the gripper.
A method for determining a corrective lenses prescription for a patient, separately for each eye of the patient, and providing the patient with a corrective lenses prescription for the patient's preferred type of corrective lenses, using a system comprising a patient terminal with a first computerized screen and a remote device with a second computerized screen, the method comprising: sending a link to the remote device to enable the patient to launch an interface on the remote device for interacting with the system in a hand held manner, wherein interacting includes receiving instructions from the system and enabling the patient to make at least one input to the system via the remote device over a communication interface to control the first computerized screen from a distance, and determining a power of the corrective lenses prescription via the first computerized screen, wherein determining the power comprises displaying a figure on the first computerized screen, and enabling the patient to make a least one input via the remote device to change the size of the figure until the patient can just barely make out the figure, wherein the input corresponds to a sphere measurement of the patient. sending a link to the remote device to enable the patient to launch an interface on the remote device for interacting with the system in a hand held manner, wherein interacting includes receiving instructions from the system and enabling the patient to make at least one input to the system via the remote device over a communication interface to control the first computerized screen from a distance, and determining a power of the corrective lenses prescription via the first computerized screen, wherein determining the power comprises displaying a figure on the first computerized screen, and enabling the patient to make a least one input via the remote device to change the size of the figure until the patient can just barely make out the figure, wherein the input corresponds to a sphere measurement of the patient.
A method for determining abnormality in a particle analyzer, the method comprising: staining first control particles but not staining second control particles which emit fluorescence; irradiating with light the first control particles and the second control particles flowing in a flow cell, and detecting fluorescence from the first control particles and the second control particles; obtaining a first management value indicating a detection result of the fluorescence emitted from the first control particles and a second management value indicating a detection result of the fluorescence emitted from the second control particles; and wherein the method is characterized in that it comprises determining abnormality in the staining step, based on a ratio between the first management value and the second management value. staining first control particles but not staining second control particles which emit fluorescence; irradiating with light the first control particles and the second control particles flowing in a flow cell, and detecting fluorescence from the first control particles and the second control particles; obtaining a first management value indicating a detection result of the fluorescence emitted from the first control particles and a second management value indicating a detection result of the fluorescence emitted from the second control particles; and wherein the method is characterized in that it comprises determining abnormality in the staining step, based on a ratio between the first management value and the second management value.
An optoelectronic interconnection module for use in optical communications, comprising: an optically active device adapted to receive and/or transmit optical signals; and a substrate having a main portion and a foldable portion adapted to mount the optically active device therein; wherein the foldable portion has a substantially flat, central surface for arranging the optically active device and an end part that is mechanically connected to the main portion by a bending edge, the foldable portion being adapted to be folded at the bending edge with respect to the main portion into a desired optical coupling orientation for which an optical operative axis of the optically active device is substantially aligned with an optical transmission axis (TT') that is not perpendicular to the main portion; characterized in that the substrate is made from a single, rigid circuit board, from which the main portion, the foldable portion and the bending edge are formed; wherein the foldable portion is formed from an inner area of the substrate by forming a slot along edges (50, 52, 54) of the foldable portion that are to be freed from the main portion; and the bending edge is a bending slot formed at the end part of the foldable portion by partially reducing the substrate thickness down to a desired bending thickness for which the flexibility of the substrate is increased, the bending slot being adapted to allow the substantially flat, central surface of the foldable portion to be bowed with respect to the main portion by a desired bend angle. an optically active device adapted to receive and/or transmit optical signals; and a substrate having a main portion and a foldable portion adapted to mount the optically active device therein; wherein the foldable portion has a substantially flat, central surface for arranging the optically active device and an end part that is mechanically connected to the main portion by a bending edge, the foldable portion being adapted to be folded at the bending edge with respect to the main portion into a desired optical coupling orientation for which an optical operative axis of the optically active device is substantially aligned with an optical transmission axis (TT') that is not perpendicular to the main portion; characterized in that the substrate is made from a single, rigid circuit board, from which the main portion, the foldable portion and the bending edge are formed; wherein the foldable portion is formed from an inner area of the substrate by forming a slot along edges (50, 52, 54) of the foldable portion that are to be freed from the main portion; and the bending edge is a bending slot formed at the end part of the foldable portion by partially reducing the substrate thickness down to a desired bending thickness for which the flexibility of the substrate is increased, the bending slot being adapted to allow the substantially flat, central surface of the foldable portion to be bowed with respect to the main portion by a desired bend angle.
Textile drainage element of areal form for avoidance of waterlogging at plants, comprising at least one first textile layer for accepting at least one plant container or plant substrate and at least one second textile layer, which is arranged to be areally opposite the first textile layer, for improved drainage of a liquid, wherein at least one spacer element is arranged between first textile layer and second textile layer which fixedly connects the two layers (2, 4) together, wherein the spacer element is constructed as at least one spacer thread, characterized in that the at least one spacer thread is formed to be looped with the first textile layer and with the second textile layer.
A TE011 cavity filter assembly comprising: at least one resonator operating in TE011 mode having a resonant frequency and also having a TM111 mode, wherein at least one of the at least one resonator comprises: a cavity comprising an inner diameter, and a cavity length; and a first metal disc inside the cavity, the first metal disc comprising a disc diameter and a void in the metal disc wherein the inner diameter of the cavity is greater than the disc diameter creating a gap with a gap width and a gap depth characterized in that the void in the metal disc comprises a void diameter and a void depth; the void diameter and void depth splitting the TM111 mode from the operating TE011 mode;. at least one resonator operating in TE011 mode having a resonant frequency and also having a TM111 mode, wherein at least one of the at least one resonator comprises: a cavity comprising an inner diameter, and a cavity length; and a first metal disc inside the cavity, the first metal disc comprising a disc diameter and a void in the metal disc wherein the inner diameter of the cavity is greater than the disc diameter creating a gap with a gap width and a gap depth a cavity comprising an inner diameter, and a cavity length; and a first metal disc inside the cavity, the first metal disc comprising a disc diameter and a void in the metal disc wherein the inner diameter of the cavity is greater than the disc diameter creating a gap with a gap width and a gap depth characterized in that the void in the metal disc comprises a void diameter and a void depth; the void diameter and void depth splitting the TM111 mode from the operating TE011 mode;.
Electric trunking comprising a base provided with at least one longitudinal opening defined between the edges (14a, 15a) of two longitudinal lateral flanges (12, 13) or of one longitudinal lateral flange (12, 13) and a separating partition or else of two separating partitions which rise from a back portion, retaining means for electric conductors or cables positioned inside said base and a closing cover adapted to be mounted on the base while covering said retaining means to close each longitudinal opening, characterized in that said retaining means comprise at least one flexible wall, which runs the length of the edge (15a; 12'a) of one of said lateral flanges or of a separating partition of the base, and which extends at least in part substantially parallel to the back portion of said base towards the other lateral flange or the other separating partition to cover each longitudinal opening of the base at least partially.
A power wiring network apparatus (1, 2) comprising: a wiring member (10, 10') comprising a plurality of first connectors and a conductive portion electrically connecting the plurality of first connectors in a manner capable of supplying power; and a plurality of circuit elements each comprising a second connector (21, 31, 41) mechanically and electrically attachable to and detachable from any first connector among the plurality of first connectors; wherein the plurality of circuit elements comprises two or more energy harvesting elements as circuit elements capable of outputting, from the second connector, power generated by energy harvesting; and a load element as a circuit element capable of consuming power inputted from the second connector; characterized in that the two or more energy harvesting elements each outputs power generated by energy harvesting from the second connector via a reverse current prevention unit, and communication data for power line data communication is input into / output from a logical data processor connected in parallel with the reverse current prevention unit via the second connector, the load element as the circuit element consumes only power from other circuit elements in the power wiring network apparatus (1, 2), and at least some of the energy harvesting element and the load element are capable of power line data communication via a power line including the first connectors and the conductive portion. a wiring member (10, 10') comprising a plurality of first connectors and a conductive portion electrically connecting the plurality of first connectors in a manner capable of supplying power; and a plurality of circuit elements each comprising a second connector (21, 31, 41) mechanically and electrically attachable to and detachable from any first connector among the plurality of first connectors; wherein the plurality of circuit elements comprises two or more energy harvesting elements as circuit elements capable of outputting, from the second connector, power generated by energy harvesting; and a load element as a circuit element capable of consuming power inputted from the second connector; characterized in that two or more energy harvesting elements as circuit elements capable of outputting, from the second connector, power generated by energy harvesting; and a load element as a circuit element capable of consuming power inputted from the second connector; the two or more energy harvesting elements each outputs power generated by energy harvesting from the second connector via a reverse current prevention unit, and communication data for power line data communication is input into / output from a logical data processor connected in parallel with the reverse current prevention unit via the second connector, the load element as the circuit element consumes only power from other circuit elements in the power wiring network apparatus (1, 2), and at least some of the energy harvesting element and the load element are capable of power line data communication via a power line including the first connectors and the conductive portion.