mhurhangee/patent-ind-claim-en huggingface dataset:
A bearing assembly for an electrical generator comprising: a frame configured to connect with a housing of an electrical generator ; a bearing liner connected with the frame; a bearing received in the bearing liner; and a non-metallic ring interposed between the bearing liner and the bearing, wherein the non-metallic ring is bonded to the bearing liner ; characterised in that the non-metallic ring includes a diagonal split . a frame configured to connect with a housing of an electrical generator ; a bearing liner connected with the frame; a bearing received in the bearing liner; and a non-metallic ring interposed between the bearing liner and the bearing, wherein the non-metallic ring is bonded to the bearing liner ; characterised in that the non-metallic ring includes a diagonal split .
A method for wireless communications, comprising: receiving a transmission via a wireless channel; identifying a downlink control information, DCI format associated with the received transmission; and identifying one of at least two supported modulation and coding scheme, MCS tables to use for the received transmission based at least in part on the identified DCI format, wherein a first number of bits used to represent a first MCS based on a first MCS table and a second number of bits used to represent a second MCS based on a second MCS table are equal. receiving a transmission via a wireless channel; identifying a downlink control information, DCI format associated with the received transmission; and identifying one of at least two supported modulation and coding scheme, MCS tables to use for the received transmission based at least in part on the identified DCI format, wherein a first number of bits used to represent a first MCS based on a first MCS table and a second number of bits used to represent a second MCS based on a second MCS table are equal.
Resonant DC chopper , having - an inverter circuit , - a rectifier circuit and - a transformer unit , wherein the inverter circuit is connected to a first terminal of the transformer unit and the rectifier circuit is connected to a second terminal of the transformer unit , wherein the first and the second terminal are galvanically isolated from one another by means of a first transformer , wherein the transformer unit has a series connection of a capacitance and an inductance between the first terminal of the transformer unit and the first transformer , wherein the transformer unit has means for adapting the transformation ratio of the transformer unit , which are embodied such that the transformer unit has an energy transfer path , wherein the energy transfer path has an inverter and a second transformer , wherein the inverter is arranged in parallel with the primary winding of the first transformer between the series connection and the first transformer and a winding of the second transformer is arranged in series with the secondary winding of the first transformer such that the output voltages of the first transformer and the second transformer are added. - an inverter circuit , - a rectifier circuit and - a transformer unit ,
A circuit connector for a humidification system , the humidification system comprising a base unit and a humidification chamber , the humidification chamber being configured to be engageable with the base unit , the circuit connector comprising: an inlet configured to provide a fluid connection to an outlet of the humidification chamber to receive heated and/or humidified gases therefrom; an outlet configured to provide a fluid connection to a conduit for directing the heated and/or humidified gases to or from a patient or other person; and an electrical terminal configured to provide an electrical connection to a base unit electrical terminal, characterized in that : the electrical terminal comprises six exposed contact pads that are sized, positioned and configured to be brought into contact with the base unit electrical terminal; and the six exposed contact pads are formed on a printed circuit board and the printed circuit board is supported by an outer support surface . an inlet configured to provide a fluid connection to an outlet of the humidification chamber to receive heated and/or humidified gases therefrom; an outlet configured to provide a fluid connection to a conduit for directing the heated and/or humidified gases to or from a patient or other person; and an electrical terminal configured to provide an electrical connection to a base unit electrical terminal, characterized in that : the electrical terminal comprises six exposed contact pads that are sized, positioned and configured to be brought into contact with the base unit electrical terminal; and the six exposed contact pads are formed on a printed circuit board and the printed circuit board is supported by an outer support surface . the electrical terminal comprises six exposed contact pads that are sized, positioned and configured to be brought into contact with the base unit electrical terminal; and the six exposed contact pads are formed on a printed circuit board and the printed circuit board is supported by an outer support surface .
Rotary-linear actuation assembly comprising a casing with which there are associated: - an output shaft arranged coaxial with an actuation axis (A) in a translationally and rotationally movable manner; - at least two actuators, of which a first actuator is adapted to impart a translational movement along the actuation axis (A) on the output shaft and a second actuator is adapted to impart a rotary movement around the actuation axis (A) on the output shaft ; and - at least one position sensor adapted to detect an instant position of the output shaft inside the casing and mounted in a rotationally fixed manner about the actuation axis (A) and in a translationally fixed manner along the actuation axis (A), and faces at least a portion of the output shaft ; - wherein the at least a portion of the output shaft bears, on the outer surface thereof, a mark that extends over at least an angular portion around the output shaft and along the output shaft over at least a length substantially corresponding to a maximum stroke travelled by the output shaft under the action imparted by the first actuator ; - wherein the first and the second actuator are arranged in a mutually coaxial and concentric manner, the mark being obtained on at least a portion of a jacket surface of a magnetic rotor mounted on the output shaft associated with a radially outermost actuator out of the first and the second actuator ; wherein the mark is formed on the jacket surface of radially outermost magnetic rotor mounted on output shaft on a coating film coating the outer surface of radially outermost magnetic rotor . - an output shaft arranged coaxial with an actuation axis (A) in a translationally and rotationally movable manner; - at least two actuators, of which a first actuator is adapted to impart a translational movement along the actuation axis (A) on the output shaft and a second actuator is adapted to impart a rotary movement around the actuation axis (A) on the output shaft ; and - at least one position sensor adapted to detect an instant position of the output shaft inside the casing and mounted in a rotationally fixed manner about the actuation axis (A) and in a translationally fixed manner along the actuation axis (A), and faces at least a portion of the output shaft ; - wherein the at least a portion of the output shaft bears, on the outer surface thereof, a mark that extends over at least an angular portion around the output shaft and along the output shaft over at least a length substantially corresponding to a maximum stroke travelled by the output shaft under the action imparted by the first actuator ; - wherein the first and the second actuator are arranged in a mutually coaxial and concentric manner, the mark being obtained on at least a portion of a jacket surface of a magnetic rotor mounted on the output shaft associated with a radially outermost actuator out of the first and the second actuator ;
A surface pumping unit for reciprocating a downhole pump located in a well, the pumping unit including a walking beam pivotally mounted and supported by a saddle bearing atop a frame , said walking beam pivotally coupled to a pitman arm by an equalizer bearing , said pitman arm pivotally coupled to a crank arm by a crank pin bearing , said crank arm connected to a crankshaft for rotation about a centreline of said crankshaft , said crankshaft being rotatively mounted to said frame, whereby said crank arm , said pitman arm , said walking beam and said frame collectively define a four-bar linkage mechanism operable to cause said walking beam to seesaw about said saddle bearing upon rotation of said crank arm , said four-bar linkage mechanism having a predetermined linkage geometry defined by distances between a centreline of said saddle bearing , a centreline of said equalizer bearing , a centreline of said crank pin bearing and the centreline of said crankshaft , a front end of said walking beam terminating with an arcuate horse head that is coupled to said downhole pump by a rod string that passes through a wellhead , the characterised by a bend formed in said walking beam (24", 224) forward of said saddle bearing ; whereby said pumping unit is arranged to permit pumping at a wellhead having a wellhead axis that is inclined from the vertical while maintaining said predetermined linkage geometry.
A stimulation system for strengthening a weakened voice of a human subject due to aging, the system comprising: an activating switch configured to generate a first signal; a processor in communication with the activating switch, the processor having program code for receiving the first signal and for generating at least one stimulation parameter based on the first signal in order to stimulate a recurrent laryngeal nerve or vagus nerve of the subject, wherein the at least one stimulation parameter includes a stimulation voltage, and wherein the processor is configured to selectively generate the at least one stimulation parameter - having the stimulation voltage between a stimulation voltage that is above a threshold for activation of vocal cord adductor muscles of the subject and below a threshold for activation of vocal cord abductor muscles of the subject; or - having a stimulation voltage above a threshold for activation of vocal cord adductor muscles of the subject and above a threshold for activation of vocal cord abductor muscles of the subject; and one or more stimulating electrodes configured to receive the at least one stimulation parameter and configured to stimulate the recurrent laryngeal nerve or the vagus nerve of the subject based on the at least one stimulation parameter. an activating switch configured to generate a first signal; a processor in communication with the activating switch, the processor having program code for receiving the first signal and for generating at least one stimulation parameter based on the first signal in order to stimulate a recurrent laryngeal nerve or vagus nerve of the subject, wherein the at least one stimulation parameter includes a stimulation voltage, and wherein the processor is configured to selectively generate the at least one stimulation parameter - having the stimulation voltage between a stimulation voltage that is above a threshold for activation of vocal cord adductor muscles of the subject and below a threshold for activation of vocal cord abductor muscles of the subject; or - having a stimulation voltage above a threshold for activation of vocal cord adductor muscles of the subject and above a threshold for activation of vocal cord abductor muscles of the subject; and - having the stimulation voltage between a stimulation voltage that is above a threshold for activation of vocal cord adductor muscles of the subject and below a threshold for activation of vocal cord abductor muscles of the subject; or - having a stimulation voltage above a threshold for activation of vocal cord adductor muscles of the subject and above a threshold for activation of vocal cord abductor muscles of the subject; and one or more stimulating electrodes configured to receive the at least one stimulation parameter and configured to stimulate the recurrent laryngeal nerve or the vagus nerve of the subject based on the at least one stimulation parameter.
A method for assigning a pair of first and second polypeptides that form a T-cell receptor (TCR) or Immunoglobulin (Ig) heterodimer to a single source sample among a plurality of source samples, comprising: for each of a plurality of source samples each comprising T-cells or B-cells, determining the first rearranged nucleic acid sequences encoding the first polypeptides of the TCR or Ig heterodimers present in the source sample and assigning the first rearranged nucleic acid sequences to the source sample; pooling the plurality of source samples to form a combined population of cells; determining from the combined population of cells, a plurality of cognate pairs of first and second rearranged nucleic acid sequences encoding first and second polypeptides of the TCR or Ig heterodimers; comparing the first rearranged nucleic acid sequences determined in each of the source samples in to the first rearranged nucleic acid sequences determined from the plurality of cognate pairs of rearranged nucleic acid sequences in to assign each first rearranged nucleic acid sequence present in the combined population to a single source sample; and for each first rearranged nucleic acid sequence assigned to a single source sample in step , assigning the cognate second rearranged nucleic acid sequence of the cognate pair identified in step to the same single source sample. for each of a plurality of source samples each comprising T-cells or B-cells, determining the first rearranged nucleic acid sequences encoding the first polypeptides of the TCR or Ig heterodimers present in the source sample and assigning the first rearranged nucleic acid sequences to the source sample; pooling the plurality of source samples to form a combined population of cells; determining from the combined population of cells, a plurality of cognate pairs of first and second rearranged nucleic acid sequences encoding first and second polypeptides of the TCR or Ig heterodimers; comparing the first rearranged nucleic acid sequences determined in each of the source samples in to the first rearranged nucleic acid sequences determined from the plurality of cognate pairs of rearranged nucleic acid sequences in to assign each first rearranged nucleic acid sequence present in the combined population to a single source sample; and for each first rearranged nucleic acid sequence assigned to a single source sample in step , assigning the cognate second rearranged nucleic acid sequence of the cognate pair identified in step to the same single source sample.
An electronic system comprising: a charging station including: an energy storage , wherein the energy storage of the charging device is a first battery; and first and second supply terminals; an apparatus including: a battery charger; a second battery ; first and second battery pads to be in direct contact with first and second supply terminals of the charging station , the first battery pad directly in contact with an anode of the second battery , the second battery pad directly in contact with a cathode of the second battery , such that the second battery is to directly receive DC power via the first battery pad and the second battery pad without using the battery charger; and a protection cover to cover at least in part the first and second battery pads, wherein the protection cover prevents a user from gaining access to the first and second battery pads, wherein the contact between the first pad and the first terminal, and the contact between the second pad and the second terminal are to be formed once the apparatus is docked at the charging station , wherein the second battery of the apparatus is to receive Direct Current, DC, power from the energy storage of the charging station . a charging station including: an energy storage , wherein the energy storage of the charging device is a first battery; and first and second supply terminals; an energy storage , wherein the energy storage of the charging device is a first battery; and first and second supply terminals; an apparatus including: a battery charger; a second battery ; first and second battery pads to be in direct contact with first and second supply terminals of the charging station , the first battery pad directly in contact with an anode of the second battery , the second battery pad directly in contact with a cathode of the second battery , such that the second battery is to directly receive DC power via the first battery pad and the second battery pad without using the battery charger; and a protection cover to cover at least in part the first and second battery pads, wherein the protection cover prevents a user from gaining access to the first and second battery pads, a battery charger; a second battery ; first and second battery pads to be in direct contact with first and second supply terminals of the charging station , the first battery pad directly in contact with an anode of the second battery , the second battery pad directly in contact with a cathode of the second battery , such that the second battery is to directly receive DC power via the first battery pad and the second battery pad without using the battery charger; and a protection cover to cover at least in part the first and second battery pads, wherein the protection cover prevents a user from gaining access to the first and second battery pads, wherein the contact between the first pad and the first terminal, and the contact between the second pad and the second terminal are to be formed once the apparatus is docked at the charging station , wherein the second battery of the apparatus is to receive Direct Current, DC, power from the energy storage of the charging station .
A system comprising: a host device comprising a clock multiplier configured to generate a first clock signal (CREF), and a storage device comprising: a nonvolatile memory device ; and a controller configured to: access the nonvolatile memory device based on a request from the host device , receive the first clock signal (CREF) from the host device , generate a second clock signal (CLK5) through frequency multiplication of the first clock signal (CREF), and communicate with the host device based on the second clock signal (CLK5), the controller is configured to adjust a multiplication ratio for the frequency multiplication of the first clock signal (CREF) and a multiplication ratio of the clock multiplier . a host device comprising a clock multiplier configured to generate a first clock signal (CREF), and a storage device comprising: a nonvolatile memory device ; and a controller configured to: access the nonvolatile memory device based on a request from the host device , receive the first clock signal (CREF) from the host device , generate a second clock signal (CLK5) through frequency multiplication of the first clock signal (CREF), and communicate with the host device based on the second clock signal (CLK5), a nonvolatile memory device ; and a controller configured to: access the nonvolatile memory device based on a request from the host device , receive the first clock signal (CREF) from the host device , generate a second clock signal (CLK5) through frequency multiplication of the first clock signal (CREF), and communicate with the host device based on the second clock signal (CLK5), access the nonvolatile memory device based on a request from the host device , receive the first clock signal (CREF) from the host device , generate a second clock signal (CLK5) through frequency multiplication of the first clock signal (CREF), and communicate with the host device based on the second clock signal (CLK5), the controller is configured to adjust a multiplication ratio for the frequency multiplication of the first clock signal (CREF) and a multiplication ratio of the clock multiplier .
A method perfromed by a wireless communication device , for supporting mobility management of the wireless communication device in a wireless communication network comprising a plurality of radio network nodes , wherein one of the plurality of radio network nodes is a serving radio network node of the wireless communication device , the method comprising: - receiving (S0), from the serving radio network node , a message comprising information (S11) associated with discovery signal transmission; - determining (S1), based on said received information, whether to transmit a discovery signal, which is an unscheduled discovery announcement message, configured for use by one or more of a target radio network node from the plurality the radio network nodes and upon the determining (S1) being positive, - transmitting (S4), to the target radio network node , the discovery signal, wherein the discovery signal comprises an identifier of the wireless communication device and an indication that the discovery signal is for use in mobility management. - receiving (S0), from the serving radio network node , a message comprising information (S11) associated with discovery signal transmission; - determining (S1), based on said received information, whether to transmit a discovery signal, which is an unscheduled discovery announcement message, configured for use by one or more of a target radio network node from the plurality the radio network nodes and upon the determining (S1) being positive, - transmitting (S4), to the target radio network node , the discovery signal, wherein the discovery signal comprises an identifier of the wireless communication device and an indication that the discovery signal is for use in mobility management.
A magnet unit suitable as external rotor for a motor-generator unit , preferably for flywheel units with high operating rotating speeds, comprising a retaining ring made of a fibre composite material with an internal side that faces a central axis (R) of the retaining ring and has a connecting panel that is circumferential with respect to the internal side and is made of a load reversal-resistant material fastened on it by means of a suitable first adhesive layer with a first thickness (D1), whereby the connecting panel comprises a multitude of axially-aligned slits that form intervening spaces in the connecting panel and thus subdivide said connecting panel into a multitude of axially-aligned sheet metal strips , whereby neighbouring sheet metal strips are initially connected to each other at least by means of connecting fins , and the connecting panel has a multitude of magnet segments that are at least magnetisable fastened to it in a circumferential arrangement by means of a second adhesive layer with a second thickness (D2), whereby the respective widths (B43, B6) of the sheet metal strips and of the magnet segments in circumferential direction (U) of the internal side of the retaining ring are adapted to each other appropriately such that each magnet segment is glued only to one own metal sheet strip and the multitude of magnet segments in the magnet unit is arranged next to each other such as to be in contact with each other.