mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: transmitting, by a wireless device: a first scheduling request, SR, in response to initiating a beam failure recovery procedure; and a second SR for a buffer status reporting procedure; receiving, via a downlink control channel and while the first SR and the second SR are pending, a downlink control information, comprising an uplink grant, as a response to the second SR; and based on the receiving the downlink control information: cancelling the second SR for the buffer status reporting procedure; and keeping pending the first SR for the beam failure recovery procedure. transmitting, by a wireless device: a first scheduling request, SR, in response to initiating a beam failure recovery procedure; and a second SR for a buffer status reporting procedure; a first scheduling request, SR, in response to initiating a beam failure recovery procedure; and a second SR for a buffer status reporting procedure; receiving, via a downlink control channel and while the first SR and the second SR are pending, a downlink control information, comprising an uplink grant, as a response to the second SR; and based on the receiving the downlink control information: cancelling the second SR for the buffer status reporting procedure; and keeping pending the first SR for the beam failure recovery procedure. cancelling the second SR for the buffer status reporting procedure; and keeping pending the first SR for the beam failure recovery procedure.
A method of manufacturing a transistor, the method comprising: forming a channel layer including metal oxynitride; performing a plasma treatment on first and second regions of the channel layer using a plasma gas containing NH 3; forming a source electrode contacting the first region and a drain electrode contacting the second region; and forming a gate electrode coupled to the channel layer, wherein the plasma treatment forms first and second regions (1a,1b) with a lower oxygen concentration, a higher oxygen vacancy concentration, a higher nitrogen concentration and with a higher carrier concentration than the remainder of the channel layer. forming a channel layer including metal oxynitride; performing a plasma treatment on first and second regions of the channel layer using a plasma gas containing NH 3; forming a source electrode contacting the first region and a drain electrode contacting the second region; and forming a gate electrode coupled to the channel layer,
A method implemented by one or more processors, the method comprising: training an automatic speech recognition model, wherein training the ASR model comprises: selecting a training instance which includes training audio data capturing a training utterance and a text representation of the training utterance; processing the training audio data portion of the selected training instance using a shared encoder portion of the ASR model to generate training encoder output; processing the training encoder output using a recurrent neural network transducer (RNN-T) decoder portion of the ASR model to generate training RNN-T output; generating a candidate text representation of the training utterance based on the training RNN-T output; generating a first-pass loss based on comparing the candidate text representation of the training utterance and the text representation portion of the training instance; updating the shared encoder and/or the RNN-T decoder based on the first-pass loss; and using the shared encoder and the RNN-T decoder in training a listen, attend, spell decoder portion of the ASR model. selecting a training instance which includes training audio data capturing a training utterance and a text representation of the training utterance; processing the training audio data portion of the selected training instance using a shared encoder portion of the ASR model to generate training encoder output; processing the training encoder output using a recurrent neural network transducer (RNN-T) decoder portion of the ASR model to generate training RNN-T output; generating a candidate text representation of the training utterance based on the training RNN-T output; generating a first-pass loss based on comparing the candidate text representation of the training utterance and the text representation portion of the training instance; updating the shared encoder and/or the RNN-T decoder based on the first-pass loss; and using the shared encoder and the RNN-T decoder in training a listen, attend, spell decoder portion of the ASR model.
A process for the production of copper comprising the electrorefining of copper metal in an electrolytic cell from at least one copper anode into at least one copper cathode, using an electrolyte that is sulphuric acid based, characterised in that • the voltage difference between the anode and the cathode in the electrolytic cell is maintained at less than 1.6 volt, • the anode comprises at most 98.0%wt of copper, • the anode comprises less than 1.00%wt of iron, • the current density through the cell is at least 180 A/m 2 of cathode surface, • electrolyte is removed from the electrorefining cell during the electrorefining operation at an average electrolyte refreshing rate of at least 30 % and at most 1900 % per hour, and the electrolyte is removed at least partly by overflow of a first stream of electrolyte over at least one cell wall, and • a gas is introduced into the cell and bubbled through the electrolyte in between the anode and the cathode. • the voltage difference between the anode and the cathode in the electrolytic cell is maintained at less than 1.6 volt, • the anode comprises at most 98.0%wt of copper, • the anode comprises less than 1.00%wt of iron, • the current density through the cell is at least 180 A/m 2 of cathode surface, • electrolyte is removed from the electrorefining cell during the electrorefining operation at an average electrolyte refreshing rate of at least 30 % and at most 1900 % per hour, and the electrolyte is removed at least partly by overflow of a first stream of electrolyte over at least one cell wall, and • a gas is introduced into the cell and bubbled through the electrolyte in between the anode and the cathode.
A system, comprising: a detector circuit (220, 300) configured to detect a cardiac status of a patient using physiological information of the patient including two or more physiological signal metrics; a stimulation programmer circuit (230, 400) configured to determine temporal information indicative of responsiveness of the two or more physiological signal metrics evoked by stimulation of the patient, and to select or update, upon the detection of a triggering event, at least one device parameter using the determined temporal information; and a stimulation generator circuit configured to generate stimulation to stimulate target tissue of the patient at one or more target sites according to the selected or updated at least one device parameter. a detector circuit (220, 300) configured to detect a cardiac status of a patient using physiological information of the patient including two or more physiological signal metrics; a stimulation programmer circuit (230, 400) configured to determine temporal information indicative of responsiveness of the two or more physiological signal metrics evoked by stimulation of the patient, and to select or update, upon the detection of a triggering event, at least one device parameter using the determined temporal information; and a stimulation generator circuit configured to generate stimulation to stimulate target tissue of the patient at one or more target sites according to the selected or updated at least one device parameter.
A suture passer device, comprising: a flexible suture-passing tissue penetrator (3203, 3304, 3607); a first jaw member (3207, 3306, 3601, 3801) extending distally from an elongate body (3308, 3603, 3907), wherein the first jaw member includes a first deflector (3209, 3703, 3803) and a distal opening (3211, 3611, 3809) at a distal end of the first jaw member, wherein the first deflector is configured to deflect the tissue penetrator distally; a second jaw member (3205, 3303, 3605) extending distally from the elongate body, wherein the first jaw member and the second jaw member form, in an open configuration, a distal-facing mouth; and a second deflector in the second jaw member configured to redirect the tissue penetrator out of the second jaw member and towards the first jaw member; said suture passer device being characterized in that the tissue penetrator is configured to travel in a sigmoidal pathway, which is curved in two directions, such that, in use, the tissue penetrator may be extended distally through the second jaw member, bent against the second deflector to travel out of the second jaw member and across the distal-facing mouth into the first jaw member, bent distally against the first deflector surface and extended distally, facing a distal direction, from the distal opening of the first jaw member. a flexible suture-passing tissue penetrator (3203, 3304, 3607); a first jaw member (3207, 3306, 3601, 3801) extending distally from an elongate body (3308, 3603, 3907), wherein the first jaw member includes a first deflector (3209, 3703, 3803) and a distal opening (3211, 3611, 3809) at a distal end of the first jaw member, wherein the first deflector is configured to deflect the tissue penetrator distally; a second jaw member (3205, 3303, 3605) extending distally from the elongate body, wherein the first jaw member and the second jaw member form, in an open configuration, a distal-facing mouth; and a second deflector in the second jaw member configured to redirect the tissue penetrator out of the second jaw member and towards the first jaw member; said suture passer device being characterized in that the tissue penetrator is configured to travel in a sigmoidal pathway, which is curved in two directions, such that, in use, the tissue penetrator may be extended distally through the second jaw member, bent against the second deflector to travel out of the second jaw member and across the distal-facing mouth into the first jaw member, bent distally against the first deflector surface and extended distally, facing a distal direction, from the distal opening of the first jaw member.
A variable capacitor for a position indicator, said position indicator having an electronic circuit board including a first terminal portion and a second terminal portion, said variable capacitor comprising: a dielectric having a first surface portion (15a1) and a second surface portion (15a2)opposite to said first surface portion (15a1); and a conductive elastic member having a board coupling portion and a dielectric contacting portion, wherein, when said variable capacitor is coupled to said electronic circuit board, said first terminal portion is coupled to said first surface portion (15a1), said second terminal portion is coupled to said board coupling portion, and said dielectric contacting portion is disposed separately from said second surface portion (15a2) so as to face said second surface portion (15a2) and is configured to be deformed to come in contact with said second surface portion (15a2), and a contact area between said second surface portion (15a2) and said dielectric contacting portion is changed in correspondence to a depressing force, which can be applied, by a user of said position indicator, against said dielectric contacting portion in a direction toward the dielectric, thereby changing an electrostatic capacitance of the variable capacitor, characterized in that the board coupling portion of said conductive elastic member comprises a groove configured to receive a portion of the electronic circuit board therein. a dielectric having a first surface portion (15a1) and a second surface portion (15a2)opposite to said first surface portion (15a1); and a conductive elastic member having a board coupling portion and a dielectric contacting portion, wherein, when said variable capacitor is coupled to said electronic circuit board, said first terminal portion is coupled to said first surface portion (15a1), said second terminal portion is coupled to said board coupling portion, and said dielectric contacting portion is disposed separately from said second surface portion (15a2) so as to face said second surface portion (15a2) and is configured to be deformed to come in contact with said second surface portion (15a2), and a contact area between said second surface portion (15a2) and said dielectric contacting portion is changed in correspondence to a depressing force, which can be applied, by a user of said position indicator, against said dielectric contacting portion in a direction toward the dielectric, thereby changing an electrostatic capacitance of the variable capacitor, characterized in that the board coupling portion of said conductive elastic member comprises a groove configured to receive a portion of the electronic circuit board therein.
A β -glucan derivative having a β -glucan residue of three or more glucose residues and a fructosyl group, wherein a C-2 position of the fructosyl group is chemically bound to a C-1 position of a reducing end of the β -glucan residue.
Method for sending information enabling a contacting of a user of a mobile device to at least one location service client (CL1,CL2) wherein the following steps are performed by a server of a telecommunication system, - receiving from the mobile device a type identifier identifying a selected type of location service clients, - receiving a threshold number, the threshold number indicating a limit for a number of location service clients, - analysis of the type identifier for a determination of one or more location service clients (CL1,CL2) associated with the selected type of location service clients, - determination that the threshold number is reached, - limiting to the threshold number the number of the one or more location service clients to those information enabling the contacting of the user is to be sent to, - determination of at least one address of the one or more determined location service clients (CL1, CL2) according to a result of the analysis, - sending information enabling the contacting of the user to the one or more location service clients (CL1,CL2) whose addresses are determined, said information enabling the one or more location service clients (CL1,CL2) whose addresses are determined to contact the user separate from the server. - receiving from the mobile device a type identifier identifying a selected type of location service clients, - receiving a threshold number, the threshold number indicating a limit for a number of location service clients, - analysis of the type identifier for a determination of one or more location service clients (CL1,CL2) associated with the selected type of location service clients, - determination that the threshold number is reached, - limiting to the threshold number the number of the one or more location service clients to those information enabling the contacting of the user is to be sent to, - determination of at least one address of the one or more determined location service clients (CL1, CL2) according to a result of the analysis, - sending information enabling the contacting of the user to the one or more location service clients (CL1,CL2) whose addresses are determined, said information enabling the one or more location service clients (CL1,CL2) whose addresses are determined to contact the user separate from the server.
Two-ply tissue paper having no moisturizer coated thereon, having: a basis weight per one ply of from 10.0 to 16.0 g/m 2, a paper thickness per two plies of from 120 to 200 μm, a softness of 1.0 or less, a dry tensile strength in MD of from 240 to 300 cN/25 mm, and an average dynamic friction coefficient of from 1.40 to 1.65, characterized in that: said softness, said dry tensile strength in MD and said average dynamic friction coefficient are satisfied by manufacturing with a paper manufacturing raw material containing a raw material pulp as the pulp fibers and a combination of a softener compound, a wet paper strengthening agent, and a dry paper strengthening agent; the two-ply tissue paper comprises polyamide epichlorohydrin as the wet paper strengthening agent, at least one of polyacrylamide and cationic starch as the dry paper strengthening agent, and fatty acid ester compound and fatty acid amide compound as the softener compound; and the ratio of the content of the softener compound to the total content of the wet paper strengthening agent and the dry paper strengthening agent ((softener compound)/(wet paper strengthening agent + dry paper strengthening agent)) is 0.30 or less. a basis weight per one ply of from 10.0 to 16.0 g/m 2, a paper thickness per two plies of from 120 to 200 μm, a softness of 1.0 or less, a dry tensile strength in MD of from 240 to 300 cN/25 mm, and an average dynamic friction coefficient of from 1.40 to 1.65, characterized in that: said softness, said dry tensile strength in MD and said average dynamic friction coefficient are satisfied by manufacturing with a paper manufacturing raw material containing a raw material pulp as the pulp fibers and a combination of a softener compound, a wet paper strengthening agent, and a dry paper strengthening agent; the two-ply tissue paper comprises polyamide epichlorohydrin as the wet paper strengthening agent, at least one of polyacrylamide and cationic starch as the dry paper strengthening agent, and fatty acid ester compound and fatty acid amide compound as the softener compound; and the ratio of the content of the softener compound to the total content of the wet paper strengthening agent and the dry paper strengthening agent ((softener compound)/(wet paper strengthening agent + dry paper strengthening agent)) is 0.30 or less. said softness, said dry tensile strength in MD and said average dynamic friction coefficient are satisfied by manufacturing with a paper manufacturing raw material containing a raw material pulp as the pulp fibers and a combination of a softener compound, a wet paper strengthening agent, and a dry paper strengthening agent; the two-ply tissue paper comprises polyamide epichlorohydrin as the wet paper strengthening agent, at least one of polyacrylamide and cationic starch as the dry paper strengthening agent, and fatty acid ester compound and fatty acid amide compound as the softener compound; and the ratio of the content of the softener compound to the total content of the wet paper strengthening agent and the dry paper strengthening agent ((softener compound)/(wet paper strengthening agent + dry paper strengthening agent)) is 0.30 or less.
A medical catheter assembly comprising: a handle assembly including a housing having a proximal end, a distal end and a bore extending therethrough, and a locking mechanism including an actuator actuatable between a first position and a second position and a flexible member positioned in the bore of the housing; further characterised by: an outer tubular member having a proximal end coupled to the handle assembly, a distal end and a lumen extending therethrough; an inner tubular member disposed in the lumen of the outer tubular member and extending distally therefrom; and an elongate member coupled to the inner tubular member and extending proximally therefrom through the lumen of the outer tubular member into the bore of the housing with the elongate member extending through the flexible member, the flexible member configured to frictionally engage the elongate member; wherein in the first position the elongate member and the inner tubular member are longitudinally movable relative to the outer tubular member and the handle assembly, and in the second position the actuator forces the flexible member against the elongate member to restrain longitudinal movement of the elongate member relative to the handle assembly. a handle assembly including a housing having a proximal end, a distal end and a bore extending therethrough, and a locking mechanism including an actuator actuatable between a first position and a second position and a flexible member positioned in the bore of the housing; further characterised by: an outer tubular member having a proximal end coupled to the handle assembly, a distal end and a lumen extending therethrough; an inner tubular member disposed in the lumen of the outer tubular member and extending distally therefrom; and an elongate member coupled to the inner tubular member and extending proximally therefrom through the lumen of the outer tubular member into the bore of the housing with the elongate member extending through the flexible member, the flexible member configured to frictionally engage the elongate member; an outer tubular member having a proximal end coupled to the handle assembly, a distal end and a lumen extending therethrough; an inner tubular member disposed in the lumen of the outer tubular member and extending distally therefrom; and an elongate member coupled to the inner tubular member and extending proximally therefrom through the lumen of the outer tubular member into the bore of the housing with the elongate member extending through the flexible member, the flexible member configured to frictionally engage the elongate member; wherein in the first position the elongate member and the inner tubular member are longitudinally movable relative to the outer tubular member and the handle assembly, and in the second position the actuator forces the flexible member against the elongate member to restrain longitudinal movement of the elongate member relative to the handle assembly.
Compressor, in particular a piston compressor, for compressing a gaseous medium, having a low-pressure stage, for compressing the medium from an inlet pressure to an intermediate pressure, and a high-pressure stage, for compressing the medium from the intermediate pressure to a high pressure, characterized in that a compensating volume (20a; 20b) with an adjustable dead volume is connected upstream of the high pressure stage and in that the dead volume formed by the compensating volume (20a; 20b) is controlled in dependence on the inlet pressure.