mhurhangee/ep-ind-claims huggingface dataset:
An implantable medical device comprising: sensing circuitry configured to sense, via a plurality of electrodes, a plurality of bioelectrical signals of a brain of a patient; and processing circuitry configured to: determine, for each bioelectrical signal of the plurality of bioelectrical signals sensed at a respective electrode of the plurality of electrodes, a probabilistic entropy value of the bioelectrical signal; compare each of the respective probabilistic entropy values of the bioelectrical signal to respective entropy threshold values; select, based on the comparisons, a subset of electrodes of the plurality of electrodes; and control, based on the bioelectrical signals of the plurality of bioelectrical signals sensed via respective electrodes of the subset of electrodes and excluding the bioelectrical signals of the plurality of bioelectrical signals sensed via respective electrodes not in the subset of electrodes, delivery of electrical stimulation therapy to the patient. sensing circuitry configured to sense, via a plurality of electrodes, a plurality of bioelectrical signals of a brain of a patient; and processing circuitry configured to: determine, for each bioelectrical signal of the plurality of bioelectrical signals sensed at a respective electrode of the plurality of electrodes, a probabilistic entropy value of the bioelectrical signal; compare each of the respective probabilistic entropy values of the bioelectrical signal to respective entropy threshold values; select, based on the comparisons, a subset of electrodes of the plurality of electrodes; and control, based on the bioelectrical signals of the plurality of bioelectrical signals sensed via respective electrodes of the subset of electrodes and excluding the bioelectrical signals of the plurality of bioelectrical signals sensed via respective electrodes not in the subset of electrodes, delivery of electrical stimulation therapy to the patient. determine, for each bioelectrical signal of the plurality of bioelectrical signals sensed at a respective electrode of the plurality of electrodes, a probabilistic entropy value of the bioelectrical signal; compare each of the respective probabilistic entropy values of the bioelectrical signal to respective entropy threshold values; select, based on the comparisons, a subset of electrodes of the plurality of electrodes; and control, based on the bioelectrical signals of the plurality of bioelectrical signals sensed via respective electrodes of the subset of electrodes and excluding the bioelectrical signals of the plurality of bioelectrical signals sensed via respective electrodes not in the subset of electrodes, delivery of electrical stimulation therapy to the patient.
A method for performing an adaptive transmission scheme in a frequency division duplexing communication system based on estimated channel state information, the method comprising: estimating a first impulse response (h 1 [t],..., h M [t]) of a channel using a signal received over a first frequency band of the channel from a device (108-i); and transforming the first impulse response (h 1 [t],..., h M [t]) into a first frequency response of the channel; performing the adaptive transmission scheme using the first frequency response of the channel to transmit a signal to the device (108-i) over a second frequency band of the channel, wherein the first frequency band is different from the second frequency band; the method further comprising: determining a quality of the first estimated impulse response (h 1 [t],..., h M [t]) by detecting a change in a radiation pattern of an antenna from which said signal used for estimating the first impulse response was received. estimating a first impulse response (h 1 [t],..., h M [t]) of a channel using a signal received over a first frequency band of the channel from a device (108-i); and transforming the first impulse response (h 1 [t],..., h M [t]) into a first frequency response of the channel; performing the adaptive transmission scheme using the first frequency response of the channel to transmit a signal to the device (108-i) over a second frequency band of the channel, wherein the first frequency band is different from the second frequency band; the method further comprising: determining a quality of the first estimated impulse response (h 1 [t],..., h M [t]) by detecting a change in a radiation pattern of an antenna from which said signal used for estimating the first impulse response was received.
An assembly system configured to be arranged between the frame of a vehicle and the covering thereof, joined to both, creating therebetween an insulation chamber, characterised in that it comprises: - a plurality of profiles configured to be joined to the covering and comprising a main housing and at least one lateral housing, arranged on one side of the main housing, which extend longitudinally between ends; - a plurality of levelling supports that are height adjustable and are partially housed in the main housing of the profiles and configured to be joined to the frame such that, by adjusting the height of said levelling supports, the profiles move away from or closer to the frame, - joining accessories partially housed in the lateral housing of a profile and partially housed in one end of another profile in order to join both profiles perpendicularly to each other. - a plurality of profiles configured to be joined to the covering and comprising a main housing and at least one lateral housing, arranged on one side of the main housing, which extend longitudinally between ends; - a plurality of levelling supports that are height adjustable and are partially housed in the main housing of the profiles and configured to be joined to the frame such that, by adjusting the height of said levelling supports, the profiles move away from or closer to the frame, - joining accessories partially housed in the lateral housing of a profile and partially housed in one end of another profile in order to join both profiles perpendicularly to each other.
Radiolocalization receiver comprising: a RF interface for receiving one or more signals modulated with codes, coming from radiolocalization transmitters, correlation means, processing a signal from the RF interface, operatively arranged for correlating the signal from the RF interface with a plurality of replica codes, each replica code having a determined code shift and a determined frequency, integration means (16, 17), for accumulating the output of the correlation means in a plurality of correlation taps relative to a common PRN sequence being characteristic to a particular transmitter, each correlation tap corresponding to a determined replica code having a determined combination of code shift and frequency of the replica code, a peak selection module, operatively arranged to select a subset of said correlation taps having the strongest integrated output values as candidate peaks, characterised in that it further comprises a cross-correlation detection module, operatively arranged to examine, by a statistical test, the frequencies of said candidate peaks selected by the peak selection module to detect whether they are compatible with a uniform distribution, whereas a more or less uniform distribution of the frequency of the candidate peaks indicates the absence of cross-correlation. a RF interface for receiving one or more signals modulated with codes, coming from radiolocalization transmitters, correlation means, processing a signal from the RF interface, operatively arranged for correlating the signal from the RF interface with a plurality of replica codes, each replica code having a determined code shift and a determined frequency, integration means (16, 17), for accumulating the output of the correlation means in a plurality of correlation taps relative to a common PRN sequence being characteristic to a particular transmitter, each correlation tap corresponding to a determined replica code having a determined combination of code shift and frequency of the replica code, a peak selection module, operatively arranged to select a subset of said correlation taps having the strongest integrated output values as candidate peaks, characterised in that it further comprises a cross-correlation detection module, operatively arranged to examine, by a statistical test, the frequencies of said candidate peaks selected by the peak selection module to detect whether they are compatible with a uniform distribution, whereas a more or less uniform distribution of the frequency of the candidate peaks indicates the absence of cross-correlation.
A device for processing an endless flow of a web-shaped fiber material into a nonwoven web, comprising a feeder producing the fiber material in the form of a fiber layer that may be fed to a downstream fiber material-processing machine (KR, KL) which is a card and a cross-lapper, wherein a belt weigher is arranged between the feeder and the fiber material-processing machine for measuring the mass of the fiber layer, wherein the belt weigher is formed by a continuous conveyor belt with an associated measuring system, characterized in that downstream of the fiber material-processing machine (KR, KL), a velocity sensor and a measuring device are arranged, by means of which the mass flow of the nonwoven web is determined, wherein an evaluation unit determines a correction value (k) from the mass of the fiber layer over the time and the mass flow of the nonwoven layer, which correction value calculates the actual mass value of the fiber layer from the current measuring value determined by means of the measuring system of the belt weigher, with which a control controls the speed of the fiber material-processing machine (KR, KL).
A milk meter for measuring a flow rate of a milk flow, provided with an inlet to which, in use, the milk flow is supplied, an outlet where the milk flow leaves the milk meter, in use, and a liquid flow path extending from the inlet to the outlet, wherein the milk meter is provided with a measuring chamber which is included in the liquid flow path and a float which is in the measuring chamber and is configured to float on milk of the milk flow that is in the measuring chamber, wherein the milk meter is configured such that a level of milk in the measuring chamber depends on the flow rate of the milk flow, characterized in that in the float an electronic measuring unit is arranged for contactlessly measuring the height within the measuring chamber at which the float is floating on the milk in the measuring chamber so that the measured height is a measure of the flow rate of the milk flow, wherein the electronic measuring unit is provided with a transmitter unit for wirelessly emitting a signal which comprises information about the measured flow rate of the milk flow.
An isolated nucleic acid encoding a polypeptide at least 90% identical to SEQ ID NO:1; wherein the polypeptide encoded by said nucleic acid is a cubebol synthase.
A system for injecting a thermoplastic material in the fluid state into a molding cavity, including: - a manifold capable of being held at an injection temperature greater than the final temperature beyond which the material occurs in the fluid state, said manifold including a distribution channel and at least one thermoplastic material outlet, - an injection nozzle defining at least one portion of a transit passage the entrance whereof is fluidically connected with the outlet of the distribution channel, and the outlet whereof opens substantially into the molding cavity, - a nozzle gate mounted within the transit passage so as to slide between a position closing same and a position opening same, - control means for causing the nozzle gate to slide alternately, said control means include a power cylinder the rod whereof is parallel to the sliding direction of the nozzle gate, a lever arranged to tilt about a trunnion so as to transmit to the nozzle gate the movements of the cylinder rod, characterized in that the cylinder is secured in an offset fashion to the manifold through a flattened beam. - a manifold capable of being held at an injection temperature greater than the final temperature beyond which the material occurs in the fluid state, said manifold including a distribution channel and at least one thermoplastic material outlet, - an injection nozzle defining at least one portion of a transit passage the entrance whereof is fluidically connected with the outlet of the distribution channel, and the outlet whereof opens substantially into the molding cavity, - a nozzle gate mounted within the transit passage so as to slide between a position closing same and a position opening same, - control means for causing the nozzle gate to slide alternately,
Pump comprising an electric motor which has a rotor including a shaft and a magnet which encloses said shaft, is form-fittingly connected to the shaft and is enclosed by a rotor shell, the rotor having, on its end face, at least one balancing element, characterised in that the rotor shell forms a rotor pot together with a balancing element which is intended for introducing balancing bore(s) and is injection moulded on the bottom face, which rotor pot is sealed at the top by a further balancing element, and the magnet assembly is enclosed by casting compound in the rotor shell.
A method for deploying a trough structure, comprising: causing a first telescoping segment to move in a first direction away (132, 134) from a proximal end (124, 128) of a telescoping boom (112, 114); transitioning a flexible element from an untensioned state to a tensioned state as the first telescoping segment is moved in the first direction, where the flexible element is coupled to a distal end of the first telescoping segment by a first bulkhead and is coupled to a distal end of a second telescoping segment by a second bulkhead; and coupling the first telescoping segment to the second telescoping segment of the boom when the first telescoping segment reaches an extended position; wherein the flexible element has a parabolic trough shape when in the tensioned state. causing a first telescoping segment to move in a first direction away (132, 134) from a proximal end (124, 128) of a telescoping boom (112, 114); transitioning a flexible element from an untensioned state to a tensioned state as the first telescoping segment is moved in the first direction, where the flexible element is coupled to a distal end of the first telescoping segment by a first bulkhead and is coupled to a distal end of a second telescoping segment by a second bulkhead; and coupling the first telescoping segment to the second telescoping segment of the boom when the first telescoping segment reaches an extended position; wherein the flexible element has a parabolic trough shape when in the tensioned state.
A rigid package comprising: a group of articles; an inner package enclosing the group of articles, and having an extraction opening defined by a U-shaped first incision; a reclosable sealing panel for closing the extraction opening of the inner package; a rigid outer container housing the inner package and having an open end; and a rigid collar projecting partly from the open end of the outer container; wherein the rigid collar is folded about the inner package to at least partly cover a top portion of the inner package, and is fixed to the inner package; and wherein the reclosable sealing panel is positioned over the collar, and has an inner surface gummed with non-dry, re-stick adhesive, and which adheres to the collar when the reclosable sealing panel is in a closed position; the package being characterized in that the collar comprises a rear wall that partly covers a rear wall of the inner package, and the reclosable sealing panel is fixed permanently to the rear wall of the collar. a group of articles; an inner package enclosing the group of articles, and having an extraction opening defined by a U-shaped first incision; a reclosable sealing panel for closing the extraction opening of the inner package; a rigid outer container housing the inner package and having an open end; and a rigid collar projecting partly from the open end of the outer container; wherein the rigid collar is folded about the inner package to at least partly cover a top portion of the inner package, and is fixed to the inner package; and wherein the reclosable sealing panel is positioned over the collar, and has an inner surface gummed with non-dry, re-stick adhesive, and which adheres to the collar when the reclosable sealing panel is in a closed position; the package being characterized in that the collar comprises a rear wall that partly covers a rear wall of the inner package, and the reclosable sealing panel is fixed permanently to the rear wall of the collar.
A vehicle lower structure comprising: a plate material that is arranged on a bottom surface in a front portion of a vehicle and is formed with a jacking projection jutting downward at a position where a front-side jacking point (JPf) is set; and a frame member that is arranged above the plate material, wherein the plate material has a force-bearing area that continues from the rear of the jacking projection and vertically opposes a part of a lower end surface of the frame member. a plate material that is arranged on a bottom surface in a front portion of a vehicle and is formed with a jacking projection jutting downward at a position where a front-side jacking point (JPf) is set; and a frame member that is arranged above the plate material, wherein the plate material has a force-bearing area that continues from the rear of the jacking projection and vertically opposes a part of a lower end surface of the frame member.
A method for providing mobility to IP Multimedia Subsystem, IMS, sessions in a mobike Internet Protocol, IP, network, the method comprising: connecting to an Access Point Name, APN, through a 3GPP access; determining if a non-3GPP access is available; determining at least one of the following: if the APN is an APN that is specific to an IMS application, wherein the IMS application is being used or desired to be used, or if an IP header of an IMS application flow matches a configured pattern; and performing one of the following: a) triggering an IMS Session Continuity, SC, flow through the non-3GPP access for the IMS application based on one of the following: if the APN is specific to the IMS application or if the IP header of the IMS application flow matches the configured pattern; or b) triggering an IP mobility flow through the non-3GPP access for the IMS application or a non-IMS application if the APN is not specific to the IMS application and if the IP header of the IMS application flow does not match the configured pattern. connecting to an Access Point Name, APN, through a 3GPP access; determining if a non-3GPP access is available; determining at least one of the following: if the APN is an APN that is specific to an IMS application, wherein the IMS application is being used or desired to be used, or if an IP header of an IMS application flow matches a configured pattern; and if the APN is an APN that is specific to an IMS application, wherein the IMS application is being used or desired to be used, or if an IP header of an IMS application flow matches a configured pattern; and performing one of the following: a) triggering an IMS Session Continuity, SC, flow through the non-3GPP access for the IMS application based on one of the following: if the APN is specific to the IMS application or if the IP header of the IMS application flow matches the configured pattern; or b) triggering an IP mobility flow through the non-3GPP access for the IMS application or a non-IMS application if the APN is not specific to the IMS application and if the IP header of the IMS application flow does not match the configured pattern. a) triggering an IMS Session Continuity, SC, flow through the non-3GPP access for the IMS application based on one of the following: if the APN is specific to the IMS application or if the IP header of the IMS application flow matches the configured pattern; or b) triggering an IP mobility flow through the non-3GPP access for the IMS application or a non-IMS application if the APN is not specific to the IMS application and if the IP header of the IMS application flow does not match the configured pattern.
A tunneler device comprising: a handle formed on a proximal end thereof configured for operable engagement by a user; a shaft extending distally from the handle; a collet supported on the distal end of the shaft, the collet including an externally threaded portion and a plurality of distally extending fingers defining a longitudinal opening, the opening being configured to receive an end of a catheter tube; and characterised in that the tunneler device further comprises: a cylindrical connector including an internally threaded portion and an internally tapered portion proximal to the internally threaded portion, the connector defining a passageway configured to receive a catheter, the connector being configured for operable engagement with the collet, the internally tapered portion being configured such that the fingers of the collet are progressively compressed radially inward as the connector is threaded onto the collet, the connector configured to secure a proximal end of the catheter tube to the tunneler device by compressing the fingers radially inward to frictionally engage the catheter tube. a handle formed on a proximal end thereof configured for operable engagement by a user; a shaft extending distally from the handle; a collet supported on the distal end of the shaft, the collet including an externally threaded portion and a plurality of distally extending fingers defining a longitudinal opening, the opening being configured to receive an end of a catheter tube; and characterised in that the tunneler device further comprises: a cylindrical connector including an internally threaded portion and an internally tapered portion proximal to the internally threaded portion, the connector defining a passageway configured to receive a catheter, the connector being configured for operable engagement with the collet, the internally tapered portion being configured such that the fingers of the collet are progressively compressed radially inward as the connector is threaded onto the collet, the connector configured to secure a proximal end of the catheter tube to the tunneler device by compressing the fingers radially inward to frictionally engage the catheter tube. a cylindrical connector including an internally threaded portion and an internally tapered portion proximal to the internally threaded portion, the connector defining a passageway configured to receive a catheter, the connector being configured for operable engagement with the collet, the internally tapered portion being configured such that the fingers of the collet are progressively compressed radially inward as the connector is threaded onto the collet, the connector configured to secure a proximal end of the catheter tube to the tunneler device by compressing the fingers radially inward to frictionally engage the catheter tube.