mhurhangee/ep-ind-claims huggingface dataset:
A method for pilot sequence design in a communications system, the method comprising: selecting, by a controller, a selected cell in the communications system; grouping, by the controller, other cells in the communications system relative to the selected cell into one of three groups of cells in accordance with a neighborness measure of each of the other cells to the selected cell, wherein the neighborness measure is determined in accordance with at least one of a geographical criterion, a signal criterion, and an interference criterion; designing, by the controller, pilot sequences such that a span of the pilot sequences corresponding to a first group of the three groups of cells is orthogonal to a span of the pilot sequences corresponding to a second group of the three groups of cells, and such that the pilot sequences are orthogonal to one another for the selected cell and the cells in the first group; and providing, by the controller, information about the pilot sequences to the selected cell and the other cells in the communications system. selecting, by a controller, a selected cell in the communications system; grouping, by the controller, other cells in the communications system relative to the selected cell into one of three groups of cells in accordance with a neighborness measure of each of the other cells to the selected cell, wherein the neighborness measure is determined in accordance with at least one of a geographical criterion, a signal criterion, and an interference criterion; designing, by the controller, pilot sequences such that a span of the pilot sequences corresponding to a first group of the three groups of cells is orthogonal to a span of the pilot sequences corresponding to a second group of the three groups of cells, and such that the pilot sequences are orthogonal to one another for the selected cell and the cells in the first group; and providing, by the controller, information about the pilot sequences to the selected cell and the other cells in the communications system.
A particle comprising a non-magnetic porous particle having an exterior surface, pores and an interior surface defined by said pores, the porous particle comprising at least one polymer, said particle having at least one magnetic particle covalently bound to the outer parts thereof, wherein the smallest diameter of at least 95 percent per weight of all magnetic particles is larger than the largest diameter of at least 95 % of the pores of the porous particles, wherein a fraction of the magnetic particles have a diameter such that they enter the non-magnetic porous particle, and wherein said at least one magnetic particle constitutes a feature capable of distinguishing one group of particles from another.
A cuvette for production, in particular for injection molding, of dental molded parts, with at least two cuvette mold shells via which a mold cavity can be formed for introduction of polymerizable plastic through a filling channel, and with an air release channel for the air that escapes during filling of the mold cavity, wherein the air release channel has a filter element whose permeability for air changes automatically, in particular decreases, as soon as it comes into contact with the polymerizable plastic, wherein the filter element is made of an open-pore material, characterized in that, upon contact of the filter element with monomers container in the polymerizable plastic, a change of shape or an increase in volume of the filter element takes place chemically which is used for at least partially closing the pores.
Method for monitoring an earthing function of an electric machine which has a stator, a rotor, a shaft to which the rotor is fastened, and an earthing device for earthing the shaft, wherein the earthing device has an earthing brush, the earth current of which is measured by a measuring device, characterised by - measurement of an earth current of the earthing device, wherein the measuring device measures the voltage drop produced by the earth current across the earthing brush, an additional shunt resistance or a protective resistance in a frequency range from 10 kHz to 10 MHz, - provision of a corresponding measured value and - monitoring an earthing function of the earthing device on the basis of the measured value, wherein - the measured value in the form of histogram classifications of the current is correlated with the values pertaining on commissioning of the drive in order to derive a statement therefrom about the earthing capability of the brush. - measurement of an earth current of the earthing device, wherein the measuring device measures the voltage drop produced by the earth current across the earthing brush, an additional shunt resistance or a protective resistance in a frequency range from 10 kHz to 10 MHz, - provision of a corresponding measured value and - monitoring an earthing function of the earthing device on the basis of the measured value, wherein - the measured value in the form of histogram classifications of the current is correlated with the values pertaining on commissioning of the drive in order to derive a statement therefrom about the earthing capability of the brush.
An electrical junction box for a vehicle comprising several relays, a relay support, and a leadframe including junction sections, each relay including electrical connection pins (22, 24, 26, 28) allowing the plugging of the relay in the relay support and allowing electrical connection to the leadframe, characterized in that each relay includes a communication bus interface which is joined to a pin of the relay called control pin, and in that the leadframe includes a section forming a communication bus, the relay control pins being electrically connected to the section forming a communication bus when the relays are plugged into the support.
A magnetic field coil arrangement for a magneto-optical trap, comprising: a first transparent substrate having a first surface; a second transparent substrate having a second surface opposite from the first surface; one or more side walls coupled between the first and second transparent substrates; a first set of magnetic field coils (110, 112, 114) on the first surface of the first transparent substrate; and a second set of magnetic field coils (120, 122, 124) on the second surface of the second transparent substrate, the second set of magnetic field coils in an offset alignment with the first set of magnetic field coils; wherein the first and second sets of magnetic field coils are configured to produce a magnetic field distribution that mimics a quadrupole magnetic field distribution in a central location between the first and second transparent substrates. a first transparent substrate having a first surface; a second transparent substrate having a second surface opposite from the first surface; one or more side walls coupled between the first and second transparent substrates; a first set of magnetic field coils (110, 112, 114) on the first surface of the first transparent substrate; and a second set of magnetic field coils (120, 122, 124) on the second surface of the second transparent substrate, the second set of magnetic field coils in an offset alignment with the first set of magnetic field coils;
Device for energy absorption in the event of a crash load having at least one trigger element (24a, 24b) and a fibre composite component, wherein the at least one trigger element (24a, 24b) influences a failure behaviour of the fibre composite component in a defined manner in the event of a crash load, and wherein there is direct contact between the at least one trigger element (24a, 24b) and the fibre composite component, characterised in that the fibre composite component has a braided fibre composite in which the at least one trigger element (24a, 24b) is braided.
Portable power tool having an exchangeable tool receptacle, wherein at least one movably mounted profiled body is formed and arranged on an output spindle of the portable power tool and at least one profiled cutout is formed and arranged in the tool receptacle or at least one movably mounted profiled body is formed and arranged on the tool receptacle of the portable power tool and at least one profiled cutout is formed and arranged in the output spindle such that, when the tool receptacle is pushed onto the output spindle, the at least one profiled body latches in the at least one profiled cutout, with the result that both axial locking and rotary entrainment of the tool receptacle on the output spindle takes place, wherein means (6, 8, 14) are provided which guide the profiled body into the profiled cutout out by way of a rotary and pushing movement of the tool receptacle on the output spindle, wherein a radially encircling shoulder is provided on the output spindle or on the tool receptacle and at least one screw-in profile is arranged on the tool receptacle or on the output spindle, respectively, said screw-in profile butting against the shoulder when the tool receptacle is placed on the output spindle, and in that the shoulder has, for each of the screw-in profiles provided, a respective interruption that leads into a groove, wherein the at least one screw-in profile and the associated groove are arranged relative to the at least one profiled body and the associated profiled cutout that, when the screw-in profile slides into the associated groove, the profiled body is guided into the associated profiled cutout, characterized in that the profiled cutout forms the entrance, interrupting the shoulder, for the groove and the profiled cutout forms an entrance for the groove that is enlarged with respect to the dimensions of the screw-in profile.
A segmented ring bearing comprising: a plurality of bearing segments with each bearing segment comprising a sliding member and a bearing body, said bearing body including a retention structure for mechanically binding the sliding member to the bearing body, said retention structure including a plurality of cavities into which at least a portion of the sliding member is received, and said plurality of bearing segments being held together via a bearing housing to define an annular bearing surface, and an annular ring (10 or 14) adapted to slide upon the sliding members of the plurality of bearing segments. a plurality of bearing segments with each bearing segment comprising a sliding member and a bearing body, said bearing body including a retention structure for mechanically binding the sliding member to the bearing body, said retention structure including a plurality of cavities into which at least a portion of the sliding member is received, and said plurality of bearing segments being held together via a bearing housing to define an annular bearing surface, and an annular ring (10 or 14) adapted to slide upon the sliding members of the plurality of bearing segments.
A method for detecting a foreign object implemented by a wireless power transmitter, the method comprising: sending a digital ping to a receiver; transferring power to the receiver; receiving a report from the receiver, wherein the report comprises a received power value; determining a transmitted power parameter value, wherein the transmitted power parameter value is based on a threshold value subtracted from a transmitter power, wherein the transmitted power parameter value is further based on transmitter losses subtracted from the transmitter power; determining that the received power value is less than the determined transmitted power parameter value; sending an analog ping to the receiver in response to the determining that the received power value is less than the determined transmitted power parameter value; measuring a decay pattern of the analog ping; determining that the receiver comprises a friendly foreign object based on the measured decay pattern of the analog ping; and updating the threshold value. sending a digital ping to a receiver; transferring power to the receiver; receiving a report from the receiver, wherein the report comprises a received power value; determining a transmitted power parameter value, wherein the transmitted power parameter value is based on a threshold value subtracted from a transmitter power, wherein the transmitted power parameter value is further based on transmitter losses subtracted from the transmitter power; determining that the received power value is less than the determined transmitted power parameter value; sending an analog ping to the receiver in response to the determining that the received power value is less than the determined transmitted power parameter value; measuring a decay pattern of the analog ping; determining that the receiver comprises a friendly foreign object based on the measured decay pattern of the analog ping; and updating the threshold value.
An expandable device for treating a nasal, an otic, or a throat condition comprising a drug coating on an external surface thereof, and having a low-profile configuration and an expanded configuration, wherein the drug coating comprises a corticosteroid in a crystalline form, and an excipient, and wherein the external surface is a plasma treated surface that allows transfer of the drug coating to a target tissue site over multiple expansions of the expandable device, wherein the corticosteroid comprises mometasone furoate.
A method for reducing system information, SI, acquisition time, the method being performed by a network node and comprising: when certain SI is changed in a BCCH modification period in a master information block, MIB, indication time period, setting a one bit flag to a first value for the rest of the current MIB indication time period and the immediately following MIB indication time period, and otherwise setting the flag to a second value; generating a MIB comprising the value for the one bit flag; and transmitting the MIB; wherein the MIB indication time period is a time period in which the UE is required to check the MIB at least once. when certain SI is changed in a BCCH modification period in a master information block, MIB, indication time period, setting a one bit flag to a first value for the rest of the current MIB indication time period and the immediately following MIB indication time period, and otherwise setting the flag to a second value; generating a MIB comprising the value for the one bit flag; and transmitting the MIB; wherein the MIB indication time period is a time period in which the UE is required to check the MIB at least once.
A system for managing pain of a patient, the system comprising: a sensor circuit coupled to one or more sensors and configured to sense from the patient information corresponding to patient emotional reaction to pain; a pain analyzer circuit coupled to the sensor circuit, the pain analyzer circuit configured to: generate, from the sensed information corresponding to the patient emotional reaction to pain, one or more signal metrics of facial or vocal expression; and generate a pain score using the generated one or more signal metrics; a controller circuit coupled to the pain analyzer circuit, the controller circuit configured to determine or adjust energy fractionalization across electrodes used for delivering electrostimulation based on the pain score; and an output unit configured to output the pain score to a user or a process. a sensor circuit coupled to one or more sensors and configured to sense from the patient information corresponding to patient emotional reaction to pain; a pain analyzer circuit coupled to the sensor circuit, the pain analyzer circuit configured to: generate, from the sensed information corresponding to the patient emotional reaction to pain, one or more signal metrics of facial or vocal expression; and generate a pain score using the generated one or more signal metrics; generate, from the sensed information corresponding to the patient emotional reaction to pain, one or more signal metrics of facial or vocal expression; and generate a pain score using the generated one or more signal metrics; a controller circuit coupled to the pain analyzer circuit, the controller circuit configured to determine or adjust energy fractionalization across electrodes used for delivering electrostimulation based on the pain score; and an output unit configured to output the pain score to a user or a process.
Method for determining whether a further image of a stenosis (1,2) or a section of a vessel should be provided or not for performing 3D-reconstruction based on evaluating a geometrical complexity value related to a geometrical form of the stenosis or the section of the vessel, including the steps of - providing at least one image of the stenosis (1,2) or the section of the vessel, - gathering at least one geometrical feature value of the stenosis (1,2) and/or the section of the vessel from the at least one image, - gathering at least one intensity feature value based on a grey level intensity of the stenosis (1,2) or the section of the vessel from the at least one image, - automatically determining a complexity value related to the geometrical complexity of the stenosis (1,2) or the section of the vessel in dependency on the at least one geometrical feature value and the at least one intensity feature value of the stenosis (1,2) or the section of the vessel and - using the complexity value to determine whether the further image of the stenosis (1,2) or the section of the vessel should be provided or not. - providing at least one image of the stenosis (1,2) or the section of the vessel, - gathering at least one geometrical feature value of the stenosis (1,2) and/or the section of the vessel from the at least one image, - gathering at least one intensity feature value based on a grey level intensity of the stenosis (1,2) or the section of the vessel from the at least one image, - automatically determining a complexity value related to the geometrical complexity of the stenosis (1,2) or the section of the vessel in dependency on the at least one geometrical feature value and the at least one intensity feature value of the stenosis (1,2) or the section of the vessel and - using the complexity value to determine whether the further image of the stenosis (1,2) or the section of the vessel should be provided or not.
A method for improving acknowledgement/negative-acknowledgement, ACK/NACK, bundling in a user equipment, UE, of a LTE wireless communication system, the method comprising: receiving an uplink, UL, grant allocated to an UL sub-frame, the UL sub-frame being utilized for transmitting a hybrid automatic repeat request, HARQ, feedback corresponding to a plurality of downlink, DL, sub-frames, a time division duplex, TDD, UL/DL configuration of the UE being set to 0, i.e. the Physical Downlink Control Channel, PDCCH, with Downlink Control Information, DCI, format 0 does not have a downlink assignment index, DAI, field or does not have an effective DAI field,; and characterized by determining whether the UE misses any DL assignment according to a DAI carried in the latest received PDCCH signaling for DL assignment; and not transmitting the HARQ feedback in the UL sub-frame if no Physical Downlink Shared Channel, PDSCH, transmission is performed within the plurality of DL sub-frames. receiving an uplink, UL, grant allocated to an UL sub-frame, the UL sub-frame being utilized for transmitting a hybrid automatic repeat request, HARQ, feedback corresponding to a plurality of downlink, DL, sub-frames, a time division duplex, TDD, UL/DL configuration of the UE being set to 0, i.e. the Physical Downlink Control Channel, PDCCH, with Downlink Control Information, DCI, format 0 does not have a downlink assignment index, DAI, field or does not have an effective DAI field,; and characterized by determining whether the UE misses any DL assignment according to a DAI carried in the latest received PDCCH signaling for DL assignment; and not transmitting the HARQ feedback in the UL sub-frame if no Physical Downlink Shared Channel, PDSCH, transmission is performed within the plurality of DL sub-frames.
A display having fused light-emitting diodes (LEDs), comprising: a display substrate; an array of pixel components disposed on the display substrate, each pixel component comprising a pixel substrate separate, independent, distinct from the display substrate, an inorganic light-emitting diode, and an electrical fuse electrically connected in series with the light-emitting diode, wherein the light-emitting diode and the fuse are disposed on the pixel substrate; and a fuse controller adapted to provide image control signals that cause the array of pixel components to display an image and fuse control signals providing sufficient electrical power to render each fuse non-conductive, wherein the pixel substrates are disposed on the display substrate. a display substrate; an array of pixel components disposed on the display substrate, each pixel component comprising a pixel substrate separate, independent, distinct from the display substrate, an inorganic light-emitting diode, and an electrical fuse electrically connected in series with the light-emitting diode, wherein the light-emitting diode and the fuse are disposed on the pixel substrate; and a fuse controller adapted to provide image control signals that cause the array of pixel components to display an image and fuse control signals providing sufficient electrical power to render each fuse non-conductive, wherein the pixel substrates are disposed on the display substrate.