mhurhangee/ep-ind-claims huggingface dataset:
A method in an electronic device, the method comprising: converting detected text data into audio data when an input of the text data is detected during call connection; generating first information notifying that text data are being entered when the input of the text data is detected during call connection; generating and transmitting second information notifying that entered text data are being converted into audio data; converting the converted audio data into a digital signal to transmit the converted digital signal to another party; and converting audio data received from the other party during call connection into text data, and outputting the converted text data; wherein the generated first information is transmitted to the other party before the detected text data are converted into audio data. converting detected text data into audio data when an input of the text data is detected during call connection; generating first information notifying that text data are being entered when the input of the text data is detected during call connection; generating and transmitting second information notifying that entered text data are being converted into audio data; converting the converted audio data into a digital signal to transmit the converted digital signal to another party; and converting audio data received from the other party during call connection into text data, and outputting the converted text data;
A hydraulic circuit system for forced regeneration of a diesel particulate filter, the hydraulic circuit system comprising: an engine which generates power; a diesel particulate filter which purifies exhaust gas from the engine; a hydraulic pump which discharges hydraulic oil using the power; a main control valve which is controlled to provide the hydraulic oil to an actuator of a working machine; a regulator which adjusts an angle of a swash plate of the hydraulic pump depending on intensity of discharge pressure of the hydraulic oil from the hydraulic pump and controls a discharge flow rate of the hydraulic oil; and characterised by a forced regeneration valve which blocks the discharge pressure of the hydraulic oil from being provided to the regulator and is operated so that the discharge flow rate of the hydraulic oil from the hydraulic pump becomes the maximum, when the diesel particulate filter is in a forced regeneration mode. an engine which generates power; a diesel particulate filter which purifies exhaust gas from the engine; a hydraulic pump which discharges hydraulic oil using the power; a main control valve which is controlled to provide the hydraulic oil to an actuator of a working machine; a regulator which adjusts an angle of a swash plate of the hydraulic pump depending on intensity of discharge pressure of the hydraulic oil from the hydraulic pump and controls a discharge flow rate of the hydraulic oil; and characterised by a forced regeneration valve which blocks the discharge pressure of the hydraulic oil from being provided to the regulator and is operated so that the discharge flow rate of the hydraulic oil from the hydraulic pump becomes the maximum, when the diesel particulate filter is in a forced regeneration mode.
A method for generating a symbol mapping table in a memory for mapping a finite number of quantized complex output states of a band-pass sigma-delta modulation device operating at a first oversampling clock rate to quantized symbols, the method comprising: selecting a carrier frequency, selecting an initial set of pulse train segments having a time-granularity corresponding to a second oversampling clock rate, determining a frequency-domain complex component of the pulse train segments of the initial set at the carrier frequency, selecting a subset of the pulse train segments, wherein the frequency-domain complex component of a selected pulse train segment has a minimum complex plane distance to a quantized complex output state, so that each quantized complex output state is uniquely mapped to a pulse train segment of the subset, for each pulse train segment to which a quantized complex output state is mapped, recording at a memory address associated to the quantized complex output state a quantized symbol encoding the pulse train segment. selecting a carrier frequency, selecting an initial set of pulse train segments having a time-granularity corresponding to a second oversampling clock rate, determining a frequency-domain complex component of the pulse train segments of the initial set at the carrier frequency, selecting a subset of the pulse train segments, wherein the frequency-domain complex component of a selected pulse train segment has a minimum complex plane distance to a quantized complex output state, so that each quantized complex output state is uniquely mapped to a pulse train segment of the subset, for each pulse train segment to which a quantized complex output state is mapped, recording at a memory address associated to the quantized complex output state a quantized symbol encoding the pulse train segment.
A method for improving lightning immunity for a solid state power controller, SSPC, having a solid state power controller channel including a solid state switching device, SSSD, 112 having at least one of a power input side and a load output side that is connected to a transient voltage suppression device (12a, 12b) that is in series with a sensor resistor (14a, 14b) and is in parallel with a filter capacitor (16a, 16b), the method characterized by: passing surge current through the transient voltage suppression device (12a, 12b); measuring the surge current across the sensor resistor (14a, 14b); and comparing, in a comparator block, a signal from the current measured across the sensor resistor (14a, 14b) to a solid state power controller channel signal from a current sensor to determine if a lightning strike occurred to prevent an instantaneous trip of the SSPC during the lightning strike. passing surge current through the transient voltage suppression device (12a, 12b); measuring the surge current across the sensor resistor (14a, 14b); and comparing, in a comparator block, a signal from the current measured across the sensor resistor (14a, 14b) to a solid state power controller channel signal from a current sensor to determine if a lightning strike occurred to prevent an instantaneous trip of the SSPC during the lightning strike.
Component for an appliance for the treatment of laundry or dishes, wherein moisture is applied to the component during operation of the appliance, wherein at least one surface of the component is at least partially produced from a composite material, wherein the composite material contains polypropylene and polytetrafluorethylene, characterised in that a proportion of the polytetrafluorethylene in the composite material is greater than or equal to 15 % and that a proportion of the polypropylene in the composite material is greater than or equal to 50 %.
An optical switch comprising a base plate which has a number of bores running through it, and a light pathway plate including various bores running through its depth and a pathway bundle defining a plurality of light pathways, each light pathway having a light pathway input and at least one light pathway output, and at least one light pathway is branched, wherein said light pathway plate is selectively movable with respect to the base plate from a first position wherein a light pathway input receives light and communicates the light to a first light pathway output, and at least a second position wherein a light pathway input receives light and communicates the light to at least one further light pathway output or to multiple light pathway outputs.
A high-strength steel pipe rockbolt comprising an expansive rockbolt main body made from a shaped pipe having one or more concavities extending along an axial direction, the shaped pipe being made by forming a high-strength steel sheet having a thickness of 1.8-2.3 mm, a tensile strength of 490-640 N/mm 2 and an elongation of 20% or more.
A circuit, comprising: an amplifier comprising a differential input stage including a first input terminal and a second input terminal; a differential input line coupled to the first input terminal and the second input terminal; and shielding at least partially encompassing the differential input line; wherein the shielding is connected to a node of the differential input stage of the amplifier; wherein the differential input line and the shielding are substantially parallel; and wherein the differential input line and the shielding are substantially perpendicular to process layers of an integrated circuit manufacturing process used to implement the circuit. an amplifier comprising a differential input stage including a first input terminal and a second input terminal; a differential input line coupled to the first input terminal and the second input terminal; and shielding at least partially encompassing the differential input line; wherein the shielding is connected to a node of the differential input stage of the amplifier; wherein the differential input line and the shielding are substantially parallel; and wherein the differential input line and the shielding are substantially perpendicular to process layers of an integrated circuit manufacturing process used to implement the circuit.
A system for providing an adaptable engine model of a real engine comprising: a module for generating by using an n state piecewise linear structure a state variable model of an engine, said module receiving a plurality of inputs (u) to an engine representative of a particular flight condition and generating a set of estimated engine parameters (P̂) representative of said engine model; a neural network model that has been trained to statistically represent the residuals produced between the existing state variable engine model and the real engine under a wide range of steady state operating conditions for receiving said plurality of engine inputs (u) and generating a set of estimated residuals (r̂); a first comparator for comparing said set of estimated residuals (r̂) with said set of estimated engine parameters (P̂) and generating a set of adjusted estimated parameters (P̂*); a second comparator for comparing said set of adjusted engine parameters (P̂*) with a set of measured engine parameters to generate a revised set of residuals (r); and a Kalman filter module for receiving said revised set of residuals (r) and converting said revised set of residuals to a revised set of tuning vectors (X̂); wherein said state variable model module is configured to receive said revised set of tuning vectors so that said state variable model module generates a revised set of estimated parameters (P̂). a module for generating by using an n state piecewise linear structure a state variable model of an engine, said module receiving a plurality of inputs (u) to an engine representative of a particular flight condition and generating a set of estimated engine parameters (P̂) representative of said engine model; a neural network model that has been trained to statistically represent the residuals produced between the existing state variable engine model and the real engine under a wide range of steady state operating conditions for receiving said plurality of engine inputs (u) and generating a set of estimated residuals (r̂); a first comparator for comparing said set of estimated residuals (r̂) with said set of estimated engine parameters (P̂) and generating a set of adjusted estimated parameters (P̂*); a second comparator for comparing said set of adjusted engine parameters (P̂*) with a set of measured engine parameters to generate a revised set of residuals (r); and a Kalman filter module for receiving said revised set of residuals (r) and converting said revised set of residuals to a revised set of tuning vectors (X̂); wherein said state variable model module is configured to receive said revised set of tuning vectors so that said state variable model module generates a revised set of estimated parameters (P̂).
Method for operating a rotating electric machine having a rotor, a stator having a polyphase excitation winding and a commutation apparatus for commutating excitation winding currents of the excitation winding depending on rotor position values for rotor positions of the rotor, wherein - first measurement values for the rotor positions are detected by means of a first sensor apparatus, - second measurement values for the rotor positions are detected by means of a second sensor apparatus, - and, for the commutation of the excitation winding currents, the rotor position values are formed from weighted mean values of the first measurement values and the second measurement values, - wherein, in a first rotation speed range of rotor rotation speeds of the rotor, the first sensor apparatus has a higher resolution of the rotor positions than the second sensor apparatus, - and wherein, in the first rotation speed range, the first measurement values are given more weight than the second measurement values when forming the weighted mean values, characterized in that the first sensor apparatus comprises at least one magnetoresistive sensor or a Hall sensor as angle position sensor for detecting the first measurement values for the rotor positions, and - wherein the second sensor apparatus comprises at least three Hall sensors with an angle resolution of approximately 60 degrees for the rotor positions. - first measurement values for the rotor positions are detected by means of a first sensor apparatus, - second measurement values for the rotor positions are detected by means of a second sensor apparatus, - and, for the commutation of the excitation winding currents, the rotor position values are formed from weighted mean values of the first measurement values and the second measurement values, - wherein, in a first rotation speed range of rotor rotation speeds of the rotor, the first sensor apparatus has a higher resolution of the rotor positions than the second sensor apparatus, - and wherein, in the first rotation speed range, the first measurement values are given more weight than the second measurement values when forming the weighted mean values, characterized in that the first sensor apparatus comprises at least one magnetoresistive sensor or a Hall sensor as angle position sensor for detecting the first measurement values for the rotor positions, and - wherein the second sensor apparatus comprises at least three Hall sensors with an angle resolution of approximately 60 degrees for the rotor positions.
An apparatus for edge grinding of a glazing, comprising: - a wheel suitable for grinding an edge of the glazing rotatable about an axis - a groove in a circumference of the wheel such that a plane of the groove is perpendicular to the axis of rotation - first and second orifices (41, 51) arranged on first and second sides of the plane of the groove, suitable for projecting coolant - the first and second orifices (41, 51) are arranged to form first and second jets (61, 71) of coolant directed substantially into the groove on first and second trajectories not in the plane of the groove. characterised in that: - the groove and the glazing are arranged to define a contact region and the first and second jets of coolant (61, 71) are directed substantially into the contact region. - a wheel suitable for grinding an edge of the glazing rotatable about an axis - a groove in a circumference of the wheel such that a plane of the groove is perpendicular to the axis of rotation - first and second orifices (41, 51) arranged on first and second sides of the plane of the groove, suitable for projecting coolant - the first and second orifices (41, 51) are arranged to form first and second jets (61, 71) of coolant directed substantially into the groove on first and second trajectories not in the plane of the groove. - the groove and the glazing are arranged to define a contact region and the first and second jets of coolant (61, 71) are directed substantially into the contact region.
A ligament support (12, 12') for hooves, mountable on a hoof and in the mounted position effective for backing up the suspensory ligament, the ligament support comprising an elastic element (12, 19; 23, 24, 25) the length of which is adapted to run via the back of the pastern bone, and which, in an area located to the fetlock joint, is coupled to an elastic cuff (21, 21') mountable around the leg, characterized in that the elastic element (12, 19; 23, 24, 25) is dimensioned to, with its one end, be fixed in an anchor point situated in a front area of the inside of the hoof and, with its other end, be fixed in an anchor point situated in a front area of the outside of the hoof, the elastic element (12, 19; 23, 24, 25) made of elastic material able of storing energy under elongation essentially in parallel with the suspensory ligament between the hoof and the fetlock joint, the elastic element acting as a spring in the direction of the suspensory ligament.
An isolated antibody that specifically binds to an unsulfated epitope of a human Sclerostin sulfation site but does not substantially bind to the sulfated sulfation site, wherein the sulfation site includes Tyr 43 or Tyr 213.
Process for separating C 8 -C 24 dicarboxylic acids from an aqueous mixture containing, in addition to said dicarboxylic acids, C 8 -C 24 monocarboxylic acids by means of ultrafiltration, said process being characterized by the fact that during said ultrafiltration the C 8 -C 24 mono- and dicarboxylic acids in the aqueous mixture are in salified form, wherein the process comprises the steps of: i. bringing into salified form the C 8 -C 24 mono- and dicarboxylic acids in said aqueous mixture, wherein said aqueous mixture is brought to a pH of 8 or greater; ii. ultrafiltering said aqueous mixture comprising the C 8 -C 24 mono- and dicarboxylic acid in salified from phase (i). i. bringing into salified form the C 8 -C 24 mono- and dicarboxylic acids in said aqueous mixture, wherein said aqueous mixture is brought to a pH of 8 or greater; ii. ultrafiltering said aqueous mixture comprising the C 8 -C 24 mono- and dicarboxylic acid in salified from phase (i).
A process of making a soda-lime glass container, which process includes the steps of: (a) preparing a soda-lime glass batch that includes cullet, the cullet being pre-sorted by color to have 40-50 wt.% green glass, 40-50 wt.% flint glass, 5-15 wt.% amber glass, 0-2 wt.% blue glass and other colored glass, and less than 250 grams/ton of non-soda lime container glass, and wherein the cullet constitutes 100 wt.% percent of the glass-forming materials that are present in the soda-lime glass; (b) melting the soda-lime glass batch into a soda-lime glass melt; and (c) forming a soda-lime glass container from the soda-lime glass melt. (a) preparing a soda-lime glass batch that includes cullet, the cullet being pre-sorted by color to have 40-50 wt.% green glass, 40-50 wt.% flint glass, 5-15 wt.% amber glass, 0-2 wt.% blue glass and other colored glass, and less than 250 grams/ton of non-soda lime container glass, and wherein the cullet constitutes 100 wt.% percent of the glass-forming materials that are present in the soda-lime glass; (b) melting the soda-lime glass batch into a soda-lime glass melt; and (c) forming a soda-lime glass container from the soda-lime glass melt.
Plain bearing for a steering spindle of a steering column for a motor vehicle, having an inner ring with an axially continuous bearing opening for slidably receiving the steering spindle, wherein at least one prestressing element is arranged in such a way that it exerts a prestressing force on the inner ring, for the clamping of the inner ring on the steering spindle, characterized in that the inner ring has a radial slot between oppositely facing circumferential ends in the circumferential direction, with which the prestressing element engages and exerts the prestressing force in the circumferential direction.
A method for enabling signaling sequence reconstruction in an IMS, IP, Internet protocol, multimedia subsystem, characterized by the steps of: receiving a signaling message in a first IMS node, the signaling message forming a part of the signaling sequence; attaching a P-Monitoring-Request header to the signaling message, wherein the P-Monitoring-Request header includes an IMS monitoring ID field for values identifying the signaling sequence to be reconstructed, a processing node ID field for values representing one or more entities processing the signaling messages, and a requester ID field for values identifying a requesting entity; and transmitting the signaling message including the P-Monitoring-Request header to a second IMS node, wherein the first IMS node and the second IMS node are participating in a first signaling dialog. receiving a signaling message in a first IMS node, the signaling message forming a part of the signaling sequence; attaching a P-Monitoring-Request header to the signaling message, wherein the P-Monitoring-Request header includes an IMS monitoring ID field for values identifying the signaling sequence to be reconstructed, a processing node ID field for values representing one or more entities processing the signaling messages, and a requester ID field for values identifying a requesting entity; and transmitting the signaling message including the P-Monitoring-Request header to a second IMS node, wherein the first IMS node and the second IMS node are participating in a first signaling dialog.
An assembly comprising: a first tapered roller bearing; a second tapered roller bearing; a bellows spring disposed adjacent the first tapered roller bearing and the second tapered roller bearing; a bearing support disposed adjacent the first tapered roller bearing and contacted by the bellows spring; and a shim disposed between the bellows spring and the bearing support. a first tapered roller bearing; a second tapered roller bearing; a bellows spring disposed adjacent the first tapered roller bearing and the second tapered roller bearing; a bearing support disposed adjacent the first tapered roller bearing and contacted by the bellows spring; and a shim disposed between the bellows spring and the bearing support.
A flexible microwave catheter, comprising: a flexible coaxial cable having an inner conductor, an inner dielectric coaxially disposed about the inner conductor, and an outer conductor coaxially disposed about the inner dielectric; at least one feed gap defining a microwave radiating portion of the flexible coaxial cable; and a centering structure disposed adjacent the microwave radiating portion of the flexible coaxial cable, the centering structure having a collapsed configuration and an expanded configuration, wherein the centering structure is adapted to extend radially outward from the flexible microwave catheter thereby positioning the at least one feedpoint at the radial center of the centering structure; characterised in that the centering structure is a mesh structure being configured to allow blood flow therethrough. a flexible coaxial cable having an inner conductor, an inner dielectric coaxially disposed about the inner conductor, and an outer conductor coaxially disposed about the inner dielectric; at least one feed gap defining a microwave radiating portion of the flexible coaxial cable; and a centering structure disposed adjacent the microwave radiating portion of the flexible coaxial cable, the centering structure having a collapsed configuration and an expanded configuration, wherein the centering structure is adapted to extend radially outward from the flexible microwave catheter thereby positioning the at least one feedpoint at the radial center of the centering structure; characterised in that the centering structure is a mesh structure being configured to allow blood flow therethrough.