mhurhangee/ep-ind-claims huggingface dataset:
A method for constructing a user voiceprint model, comprising: receiving first voice information input by a user having a speaker identity, wherein the user has not registered a voiceprint, wherein the first voice information input is received for a function other than voiceprint information registration, and wherein the user is operating in a particular application scenario; confirming the speaker identity of the user using information other than the first voice information input; determining whether a preset keyword meeting a modeling requirement is carried in the first voice information, wherein whether a preset keyword is carried in the first voice information is determined using a speech recognition technology, wherein the preset modeling requirement is satisfied by all preset keywords carried in the first voice information, and wherein the preset keyword is a keyword set for the particular application scenario; when the determination result is yes, capturing, from the first voice information, a voice segment corresponding to the preset keyword meeting a modeling requirement; constructing a voiceprint model for the user by using the voice segment; and storing the constructed voiceprint model in association with a speaker identity identifier to form a voiceprint model library of the user. receiving first voice information input by a user having a speaker identity, wherein the user has not registered a voiceprint, wherein the first voice information input is received for a function other than voiceprint information registration, and wherein the user is operating in a particular application scenario; confirming the speaker identity of the user using information other than the first voice information input; determining whether a preset keyword meeting a modeling requirement is carried in the first voice information, wherein whether a preset keyword is carried in the first voice information is determined using a speech recognition technology, wherein the preset modeling requirement is satisfied by all preset keywords carried in the first voice information, and wherein the preset keyword is a keyword set for the particular application scenario; when the determination result is yes, capturing, from the first voice information, a voice segment corresponding to the preset keyword meeting a modeling requirement; constructing a voiceprint model for the user by using the voice segment; and storing the constructed voiceprint model in association with a speaker identity identifier to form a voiceprint model library of the user.
An air separation module comprising: a housing comprising: an inlet; and a first and second outlet; an air separation element enclosed within the housing and extending along a length of the housing, the air separation element comprising a plurality of semi-permeable fibers configured to release an oxygen-enriched air stream along the length of the air separation element; and characterized by further comprising an insulating element inward of an outer perimeter of the housing and substantially surrounding an outer perimeter of the air separation element along a length of the air separation element, wherein the insulating element is positioned in contact with at least a portion of each of an inner wall of the housing and the outer perimeter of the air separation element, and wherein a material of the insulating element permits the flow of the oxygen-enriched air stream from the air separation element to the first outlet. a housing comprising: an inlet; and a first and second outlet; an inlet; and a first and second outlet; an air separation element enclosed within the housing and extending along a length of the housing, the air separation element comprising a plurality of semi-permeable fibers configured to release an oxygen-enriched air stream along the length of the air separation element; and characterized by further comprising an insulating element inward of an outer perimeter of the housing and substantially surrounding an outer perimeter of the air separation element along a length of the air separation element, wherein the insulating element is positioned in contact with at least a portion of each of an inner wall of the housing and the outer perimeter of the air separation element, and wherein a material of the insulating element permits the flow of the oxygen-enriched air stream from the air separation element to the first outlet.
A system for changing an angle of a bone of a subject, the system comprising: a magnetically adjustable actuator having an outer housing and an inner shaft telescopically disposed therein,, a permanent magnet (168, 368, 1502, 1602) configured to be remotely operable to telescopically displace the inner shaft in relation to the outer housing, characterized in that: the outer housing has a first plate extending therefrom and configured to be placed in proximity to an external surface of a first bone segment, a second plate configured to be placed in proximity to an external surface of a second bone segment and rotatably coupled to the inner shaft by a cap configured to allow the second plate to pivot as the inner shaft is distracted from a first position to a second position. a magnetically adjustable actuator having an outer housing and an inner shaft telescopically disposed therein,, a permanent magnet (168, 368, 1502, 1602) configured to be remotely operable to telescopically displace the inner shaft in relation to the outer housing, characterized in that: the outer housing has a first plate extending therefrom and configured to be placed in proximity to an external surface of a first bone segment, a second plate configured to be placed in proximity to an external surface of a second bone segment and rotatably coupled to the inner shaft by a cap configured to allow the second plate to pivot as the inner shaft is distracted from a first position to a second position.
A portable performance monitoring apparatus, comprising a portable performance monitoring module (100, 1001, 1002) and a general purpose portable telecommunications device such as a netbook computer, a mobile telephone or a mobile smart phone such as i-phone ® or i-pod ®, or a superphone; wherein the portable performance monitoring module (100, 1001, 1002) comprises:- - a signal receiver arranged to collect performance signals from at least one performance sensor; - a processor adapted for processing the collected performance signals to generate performance data, and for outputting the performance data to the general purpose portable telecommunications device; and - a communication interface for facilitating data communication with the portable telecommunications device; and wherein the performance monitoring module (100, 1001, 1002) or the processor of the performance monitoring module is arranged to communicate with the portable telecommunications device via the communication interface to transmit the performance data to the portable telecommunications device for processing in the course of operation upon receipt of requests from the portable telecommunications device; characterized in that, the portable telecommunications device is operable in one mode of operation to process data collected by the performance monitoring module and data collected by the portable telecommunications device via a telecommunication network or other sources to generate useful information relating to anticipated performance, reference instructions, advice or guidance for a user. - a signal receiver arranged to collect performance signals from at least one performance sensor; - a processor adapted for processing the collected performance signals to generate performance data, and for outputting the performance data to the general purpose portable telecommunications device; and - a communication interface for facilitating data communication with the portable telecommunications device;
A method of allocating feedback channels by a base station in a wireless communication system, the method comprising: identifying a first quantity of information transmitted via a first feedback channel and a second quantity of information transmitted via a second feedback channel, the first feedback channel and the second feedback channel being allocated to a mobile terminal; obtaining feedback control information used for identifying a coding rate of each of the first and second feedback channels based on the first and second quantities of information for each of the first feedback channel and the second feedback channel; and transmitting, to the mobile terminal, a feedback channel allocation message including the feedback control information and information on the first feedback channel and the second feedback channel. identifying a first quantity of information transmitted via a first feedback channel and a second quantity of information transmitted via a second feedback channel, the first feedback channel and the second feedback channel being allocated to a mobile terminal; obtaining feedback control information used for identifying a coding rate of each of the first and second feedback channels based on the first and second quantities of information for each of the first feedback channel and the second feedback channel; and transmitting, to the mobile terminal, a feedback channel allocation message including the feedback control information and information on the first feedback channel and the second feedback channel.
A rotor for electric motor comprising: - a rotor shaft rotatably mounted about an axis: - a lamination stack mounted coaxially on the rotor shaft, said lamination stack comprising a plurality of inner cavities; - a plurality of permanent magnets housed inside the inner cavities of the lamination stack; - a front flange and a rear flange mounted coaxially on the rotor shaft and arranged axially on either side of the lamination stack; in which one of the front and rear flanges (17, 19) is formed in a plastic material and is integral with the plurality of permanent magnets, each permanent magnet being formed of a matrix made of plastic material incorporating particles having magnetic properties; characterized in that the other of said front and rear flanges (17, 19) is formed of metal, the density of the plastic flange being substantially equal to the density of the metal flange. - a rotor shaft rotatably mounted about an axis: - a lamination stack mounted coaxially on the rotor shaft, said lamination stack comprising a plurality of inner cavities; - a plurality of permanent magnets housed inside the inner cavities of the lamination stack; - a front flange and a rear flange mounted coaxially on the rotor shaft and arranged axially on either side of the lamination stack; in which one of the front and rear flanges (17, 19) is formed in a plastic material and is integral with the plurality of permanent magnets, each permanent magnet being formed of a matrix made of plastic material incorporating particles having magnetic properties; characterized in that the other of said front and rear flanges (17, 19) is formed of metal, the density of the plastic flange being substantially equal to the density of the metal flange.
A method for operating a user equipment, UE, device, the method comprising: receiving by the UE device, deployment information from a cell of a network, wherein the UE device is carried by a train, wherein the deployment information relates to deployment of the cell in relation to a track of the train, characterized in that the deployment information indicates an average value of minimum distances between transmission-reception points of the cell and the track of the train. receiving by the UE device, deployment information from a cell of a network, wherein the UE device is carried by a train, wherein the deployment information relates to deployment of the cell in relation to a track of the train, characterized in that the deployment information indicates an average value of minimum distances between transmission-reception points of the cell and the track of the train.
Cutting wheel for a trench cutter having a drum-like base body, on the outer periphery of which stationary holders are arranged in at least one peripheral row, in which holders cutting tools are received for removing ground, characterised in that in the at least one peripheral row both chisels with a substantially pointed removal tip and also cutting teeth with a substantially linear cutting edge are arranged as cutting tools.
A compound of the formula: for use in a method for treating essential tremor in a subject in need thereof comprising administering to the subject the compound.
A method of operating an indicia reader comprising: scanning at least one information bearing indicia, characterised in that an executable software program containing scanning settings for the indicia reader is translated into said indicia; storing the encoded executable software program into a memory; and, executing the encoded executable software program on the indicia reader to set the scanning settings of the indicia reader. scanning at least one information bearing indicia, characterised in that an executable software program containing scanning settings for the indicia reader is translated into said indicia; storing the encoded executable software program into a memory; and, executing the encoded executable software program on the indicia reader to set the scanning settings of the indicia reader.
An operation method of a ladle refining treatment by which the ladle refining treatment of a molten steel is performed while continuously measuring a molten steel temperature during operation of the ladle refining treatment of the molten steel, characterised in that the operation method comprises setting a time earlier than a scheduled ending time of the ladle refining treatment in a continuous measurement period of the molten steel temperature as a determination timing, and estimating the molten steel temperature at the scheduled ending time on the basis of a change with time of the molten steel temperature in continuous measured data of the molten steel temperature from a start of continuous measurement of the molten steel temperature to the determination timing, wherein an estimated value T f of the molten steel temperature is calculated according to the following Formula: T f = BMA td + BMA td − BMA td − α / α × t r where T f is the estimated value in °C of the molten steel temperature at the scheduled ending time, BMA td is a backward moving average value in °C of a continuous temperature measured value at time t d, BMA td- α is a backward moving average value in °C of a continuous temperature measured value at time (t d- α), t d is an operation time in minutes from the start of the continuous measurement of the molten steel temperature to the determination timing, t d- α is an operation time in minutes from the start of the continuous measurement of the molten steel temperature to α minutes before t d, and t r is a time in minutes from obtainment of the estimated value of the molten steel temperature at the scheduled ending time to the scheduled ending time. setting a time earlier than a scheduled ending time of the ladle refining treatment in a continuous measurement period of the molten steel temperature as a determination timing, and estimating the molten steel temperature at the scheduled ending time on the basis of a change with time of the molten steel temperature in continuous measured data of the molten steel temperature from a start of continuous measurement of the molten steel temperature to the determination timing, wherein an estimated value T f of the molten steel temperature is calculated according to the following Formula: T f = BMA td + BMA td − BMA td − α / α × t r where T f is the estimated value in °C of the molten steel temperature at the scheduled ending time, BMA td is a backward moving average value in °C of a continuous temperature measured value at time t d, BMA td- α is a backward moving average value in °C of a continuous temperature measured value at time (t d- α), t d is an operation time in minutes from the start of the continuous measurement of the molten steel temperature to the determination timing, t d- α is an operation time in minutes from the start of the continuous measurement of the molten steel temperature to α minutes before t d, and t r is a time in minutes from obtainment of the estimated value of the molten steel temperature at the scheduled ending time to the scheduled ending time.
An information transmission method, comprising: carrying configuration information of a control resource set on a physical broadcast channel, wherein the configuration information is used to indicate to a terminal time domain position information and frequency domain position information of the control resource set, wherein the time domain position information comprises information of a slot in which the control resource set is located and position information of at least one symbol occupied by the control resource set in the slot, and wherein the position information of the at least one symbol occupied by the control resource set in the slot comprising a starting symbol index of the at least one symbol occupied by the control resource set in the slot and a number of the at least one symbol occupied by the control resource set in the slot; transmitting the control resource set to the terminal according to the configuration information; wherein the slot in which the control resource set is located comprises a synchronization signal block; wherein the control resource set is a common control resource set of remaining minimum system information, RMSI; characterized in that when the control resource set is transmitted in both a first slot containing the synchronization signal block and a second slot not containing the synchronization signal block, a same resource mapping rule is applied for the control resource set in both the first slot containing the synchronization signal block and the second slot not containing the synchronization signal block. carrying configuration information of a control resource set on a physical broadcast channel, wherein the configuration information is used to indicate to a terminal time domain position information and frequency domain position information of the control resource set, wherein the time domain position information comprises information of a slot in which the control resource set is located and position information of at least one symbol occupied by the control resource set in the slot, and wherein the position information of the at least one symbol occupied by the control resource set in the slot comprising a starting symbol index of the at least one symbol occupied by the control resource set in the slot and a number of the at least one symbol occupied by the control resource set in the slot; transmitting the control resource set to the terminal according to the configuration information; wherein the slot in which the control resource set is located comprises a synchronization signal block; wherein the control resource set is a common control resource set of remaining minimum system information, RMSI; characterized in that when the control resource set is transmitted in both a first slot containing the synchronization signal block and a second slot not containing the synchronization signal block, a same resource mapping rule is applied for the control resource set in both the first slot containing the synchronization signal block and the second slot not containing the synchronization signal block.
A case (201, 301) for enclosing and remaining attached to a tablet-computing device comprising: a rigid inner portion shaped to accept and retain the tablet-computing device when inserted therein; and an outer portion attached to the rigid inner portion, the outer portion including a first section and a second section, the first section being attached to and shaped to cover a backside of the rigid inner portion, the second section being shaped to cover the inserted tablet-computing device and connected to the first section via a flexible junction and wherein the rigid inner portion is attached to the first section via the flexible junction, the second section includes a retaining mechanism, and the rigid inner portion includes an attachment mechanism for attaching to the retaining mechanism thereby elevating the tablet-computing device at an angled position relative to a planar position and maintaining the tablet-computing device at the angled position. a rigid inner portion shaped to accept and retain the tablet-computing device when inserted therein; and an outer portion attached to the rigid inner portion, the outer portion including a first section and a second section, the first section being attached to and shaped to cover a backside of the rigid inner portion, the second section being shaped to cover the inserted tablet-computing device and connected to the first section via a flexible junction and wherein the rigid inner portion is attached to the first section via the flexible junction, the second section includes a retaining mechanism, and the rigid inner portion includes an attachment mechanism for attaching to the retaining mechanism thereby elevating the tablet-computing device at an angled position relative to a planar position and maintaining the tablet-computing device at the angled position.
A piezoelectric device, comprising: a layer of piezoelectric material having a first surface, a second surface, and a perimeter; a first layer of conductive material completely covering said first surface and extending beyond the perimeter of said piezoelectric material; a second layer of conductive material completely covering said second surface and extending beyond the perimeter of said piezoelectric material; a first insulating layer supporting said piezoelectric material and said first and second layers of conductive material; and a second insulating layer; wherein said piezoelectric layer is sandwiched between said first and second conductive layers, and said first insulating layer and said second insulating layer form outer sandwich layers for the piezoelectric layer and the first and second conductive layers, characterised in that the first insulating layer and the second insulating layer have different thicknesses. a layer of piezoelectric material having a first surface, a second surface, and a perimeter; a first layer of conductive material completely covering said first surface and extending beyond the perimeter of said piezoelectric material; a second layer of conductive material completely covering said second surface and extending beyond the perimeter of said piezoelectric material; a first insulating layer supporting said piezoelectric material and said first and second layers of conductive material; and a second insulating layer; wherein said piezoelectric layer is sandwiched between said first and second conductive layers, and said first insulating layer and said second insulating layer form outer sandwich layers for the piezoelectric layer and the first and second conductive layers, characterised in that the first insulating layer and the second insulating layer have different thicknesses.