mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for generating a desired response for a loudspeaker, the method comprising: tuning an audio signal based on a model of a first output device to emulate one or more desired distortion characteristics associated with the first output device to produce a tuned audio signal; correcting the tuned audio signal to attenuate one or more undesired distortion characteristics associated with a second output device to produce a corrected audio signal; outputting a final signal, via the second output device, that is based on the corrected audio signal, wherein the final signal includes the one or more desired distortion characteristics associated with the first output device. tuning an audio signal based on a model of a first output device to emulate one or more desired distortion characteristics associated with the first output device to produce a tuned audio signal; correcting the tuned audio signal to attenuate one or more undesired distortion characteristics associated with a second output device to produce a corrected audio signal; outputting a final signal, via the second output device, that is based on the corrected audio signal, wherein the final signal includes the one or more desired distortion characteristics associated with the first output device.
Process for cleaning of a roller screen transporting and screening particles by means of at least three rotating rollers which are installed in succession at given clearances and arranged transversally in relation to the transport direction of the particles to screen a desired range of particle sizes, characterized in that at least one roller changes its circumferential velocity such that for a defined time period for at least one pair of neighbored rollers one roller has a higher circumferential velocity than the other and/or its rotational direction over time at defined time intervals for defined time periods such that for this defined time period for at least one pair of neighbored rollers both rollers roll in opposite rotational directions and that at least one roller is braked at defined time intervals.
An apparatus comprising: a directional coupler (310, 410); and an absorptive low pass filter (320, 420), wherein the directional coupler comprises a first transmission line extending from a first port (311, 411) of the directional coupler (310, 410) to a second port (312, 412) of the directional coupler (310, 410) and comprises a second transmission line extending from a third port (313, 413) of the directional coupler (310, 410) to a fourth port (314, 414) of the directional coupler (310, 410), wherein the first transmission line and the second transmission line are configured such that a portion of a signal travelling from the first port (311, 411) of the directional coupler (310, 410) onto the first transmission line is coupled to the second transmission line and towards the third port (313, 413) of the directional coupler (310, 410), and wherein the second port (312, 412) of the directional coupler (310, 410) is connected to the fourth port (314, 414) of the directional coupler (310, 410) via the absorptive low pass filter (320, 420), such that when the signal is input into the first port (311, 411) of the directional coupler (310, 410) and output through the third port (313, 413) of the directional coupler (310, 410), the signal is substantially unattenuated if the frequency of the signal is in a passband of the absorptive low pass filter (320, 420) and attenuated by a coupling parameter of the directional coupler (310, 410) if the frequency of the signal is in a stopband of the absorptive low pass filter (320, 420) and within a bandwidth of the directional coupler (310, 410). a directional coupler (310, 410); and an absorptive low pass filter (320, 420), wherein the directional coupler comprises a first transmission line extending from a first port (311, 411) of the directional coupler (310, 410) to a second port (312, 412) of the directional coupler (310, 410) and comprises a second transmission line extending from a third port (313, 413) of the directional coupler (310, 410) to a fourth port (314, 414) of the directional coupler (310, 410), wherein the first transmission line and the second transmission line are configured such that a portion of a signal travelling from the first port (311, 411) of the directional coupler (310, 410) onto the first transmission line is coupled to the second transmission line and towards the third port (313, 413) of the directional coupler (310, 410), and wherein the second port (312, 412) of the directional coupler (310, 410) is connected to the fourth port (314, 414) of the directional coupler (310, 410) via the absorptive low pass filter (320, 420), such that when the signal is input into the first port (311, 411) of the directional coupler (310, 410) and output through the third port (313, 413) of the directional coupler (310, 410), the signal is substantially unattenuated if the frequency of the signal is in a passband of the absorptive low pass filter (320, 420) and attenuated by a coupling parameter of the directional coupler (310, 410) if the frequency of the signal is in a stopband of the absorptive low pass filter (320, 420) and within a bandwidth of the directional coupler (310, 410).
A latex composition for dip molding comprising: a carboxylic acid-modified nitrile-based copolymer latex, satisfying the following General Formula 1 and General Formula 2, wherein the carboxylic acid-modified nitrile-based copolymer includes a conjugated diene-based monomer-derived unit, an ethylenic unsaturated nitrile-based monomer-derived unit, and an ethylenic unsaturated acid monomer-derived unit: 1.0 mm 2 / s ≤ CV 0 ≤ 3.0 mm 2 / s 0.85 ≤ P ≤ 1.0, P = CV D / CV 0 in General Formula 1 and General Formula 2, CV 0 represents a capillary viscosity of the carboxylic acid-modified nitrile-based copolymer latex measured in a swollen state in a methyl ethyl ketone solvent, and CV D represents a capillary viscosity of the carboxylic acid-modified nitrile-based copolymer latex in a de-swollen state, said CV 0 and CV D being determined by the relevant methods according to the description. wherein the carboxylic acid-modified nitrile-based copolymer includes a conjugated diene-based monomer-derived unit, an ethylenic unsaturated nitrile-based monomer-derived unit, and an ethylenic unsaturated acid monomer-derived unit: 1.0 mm 2 / s ≤ CV 0 ≤ 3.0 mm 2 / s 0.85 ≤ P ≤ 1.0, P = CV D / CV 0 in General Formula 1 and General Formula 2, CV 0 represents a capillary viscosity of the carboxylic acid-modified nitrile-based copolymer latex measured in a swollen state in a methyl ethyl ketone solvent, and CV D represents a capillary viscosity of the carboxylic acid-modified nitrile-based copolymer latex in a de-swollen state, said CV 0 and CV D being determined by the relevant methods according to the description.
A condensation polymer of sulfonated phenol, urea, and formaldehyde, wherein the sulfonated phenol contains ortho phenol sulfonic acid and para phenol sulfonic acid in a molar ratio of 2:1 to 1:5.
Electrochemical device, forming an SOEC electrolysis or co-electrolysis reactor or an SOFC fuel cell, designed to operate at high temperature, comprising: - a stack of electrochemical cells based on SOEC/SOFC solid oxides; - two end plates (33, 34), called terminal plates, between which the stack is placed; - two clamping plates (12, 13) of the stack, between which the end plates and the stack are placed; - clamping means (15, 16, 17, 18) between the clamping plates, the clamping means being adapted to clamp the stack and keep it clamped between the terminal plates, regardless of the temperature between the ambient temperature and the high operating temperatures of the device; - a clamping chamber delimited between one of the terminal plates and the adjacent clamping plate, the clamping chamber being connected to a clamping gas circuit at a higher pressure than the inside of the stack. - a stack of electrochemical cells based on SOEC/SOFC solid oxides; - two end plates (33, 34), called terminal plates, between which the stack is placed; - two clamping plates (12, 13) of the stack, between which the end plates and the stack are placed; - clamping means (15, 16, 17, 18) between the clamping plates, the clamping means being adapted to clamp the stack and keep it clamped between the terminal plates, regardless of the temperature between the ambient temperature and the high operating temperatures of the device; - a clamping chamber delimited between one of the terminal plates and the adjacent clamping plate, the clamping chamber being connected to a clamping gas circuit at a higher pressure than the inside of the stack.
A diagnostic method for analysing the operation of an automatic machine which processes products in the tobacco industry, characterized in that it comprises the following steps: - introducing into the machine an endoscopic probe whose shape and size correspond to those of the products processed by the machine, the probe comprising at least one sensor capable of detecting the value of at least one probe parameter representing the situations the probe has been subjected to over time; - processing the probe by the machine as if the probe were a real product; - determining the positions adopted by the probe during processing in the machine; - associating the values measured by the probe sensor during the processing of the probe in the machine with corresponding positions adopted by the probe during its processing in the machine, characterized in that the values measured by the probe during the processing of the probe in the machine are associated with data acquired by one or more line sensors present in the machine. - introducing into the machine an endoscopic probe whose shape and size correspond to those of the products processed by the machine, the probe comprising at least one sensor capable of detecting the value of at least one probe parameter representing the situations the probe has been subjected to over time; - processing the probe by the machine as if the probe were a real product; - determining the positions adopted by the probe during processing in the machine; - associating the values measured by the probe sensor during the processing of the probe in the machine with corresponding positions adopted by the probe during its processing in the machine,
Shock-absorbing bearing for an arbor of a wheel of a timepiece, said arbor comprising a pivot-shank extended by a pivot, said bearing including a support (102, 103) provided with a bed for receiving a suspended pivot system (126, 126') wherein the pivot shank is inserted, said pivot system (126, 126') being arranged to absorb, at least partly, the shocks to which the wheel of the timepiece is subjected, and the pivot system (126, 126') being formed by a single piece made of a completely amorphous metallic alloy, and said pivot system being a chip comprising an annular part, a central part and elastic arms connecting the central part to the annular part, the central part comprising a hollow so that the pivot that is engaged therein can turn freely therein.
A working device for coupling to an agricultural working machine comprising: a working member moveable between a working position and a transport position, a first fluid cylinder which is adapted to drive a movement of the working member between the working position and the transport position, a securing device which is displaceable into a securing position in which the securing device limits movement of the working member out of the working position and/or the transport position and into a release position in which the securing device does not limit a movement of the working member out of the working position and/or out of the transport position, a second fluid cylinder adapted to drive a displacement of the securing device, and a first and a second fluid line assembly (65, 80) which are respectively adapted to feed pressure fluid to the first fluid cylinder for implementing respective drive movements thereof, wherein one fluid line assembly of the first and second fluid line assemblies (65, 80) is adapted to also feed pressure fluid to the second fluid cylinder for implementing a drive movement thereof, simultaneously with a feed of pressure fluid to the first fluid cylinder. a working member moveable between a working position and a transport position, a first fluid cylinder which is adapted to drive a movement of the working member between the working position and the transport position, a securing device which is displaceable into a securing position in which the securing device limits movement of the working member out of the working position and/or the transport position and into a release position in which the securing device does not limit a movement of the working member out of the working position and/or out of the transport position, a second fluid cylinder adapted to drive a displacement of the securing device, and a first and a second fluid line assembly (65, 80) which are respectively adapted to feed pressure fluid to the first fluid cylinder for implementing respective drive movements thereof, wherein one fluid line assembly of the first and second fluid line assemblies (65, 80) is adapted to also feed pressure fluid to the second fluid cylinder for implementing a drive movement thereof, simultaneously with a feed of pressure fluid to the first fluid cylinder.
A system for registering a coordinate system for a shape sensing system to a coordinate system for pre-procedural or intra-procedural imaging data, comprising: at least one instrument incorporating an optical fiber having shape sensing sensors, the optical fiber being disposed in or affixed to the at least one instrument; an optical console that is configured to interrogate the optical shape sensors; and to determine the three-dimensional shape of the instrument; and a processor that is configured to register the coordinate system of the shape sensing fiber to a coordinate system of pre-procedural or intra-procedural imaging data, characterized in that the processor is further configured to register the coordinate system of the shape sensing fiber to the coordinate system of imaging data by: identifying a stable curvature in the optical fiber wherein the stability of the curvature is derived from physical constraints on the optical fiber being disposed in or affixed to the at least one instrument; matching the stable curvature in the optical fiber with a curvature from pre-procedural or intra-procedural imaging data; and aligning the matched curvatures. at least one instrument incorporating an optical fiber having shape sensing sensors, the optical fiber being disposed in or affixed to the at least one instrument; an optical console that is configured to interrogate the optical shape sensors; and to determine the three-dimensional shape of the instrument; and a processor that is configured to register the coordinate system of the shape sensing fiber to a coordinate system of pre-procedural or intra-procedural imaging data, characterized in that the processor is further configured to register the coordinate system of the shape sensing fiber to the coordinate system of imaging data by: identifying a stable curvature in the optical fiber wherein the stability of the curvature is derived from physical constraints on the optical fiber being disposed in or affixed to the at least one instrument; matching the stable curvature in the optical fiber with a curvature from pre-procedural or intra-procedural imaging data; and aligning the matched curvatures. identifying a stable curvature in the optical fiber wherein the stability of the curvature is derived from physical constraints on the optical fiber being disposed in or affixed to the at least one instrument; matching the stable curvature in the optical fiber with a curvature from pre-procedural or intra-procedural imaging data; and aligning the matched curvatures.
A method for fastening a tube-shaped spacer to a pedal assembly of a motor vehicle, the spacer is a distance sleeve arranged for creating a distance between the pedal assembly and a wall separating an engine housing from a driving compartment of the vehicle, the tube-shaped spacer having a first end and a second end, the tube-shaped spacer defining a hole extending from the first end towards the second end, the hole of the tube-shaped spacer having a first cross-sectional dimension (di), the method comprising: placing the first end of the spacer onto a first position of a first side of a metal sheet of the pedal assembly where the spacer is to be fastened, the metal sheet having a thickness (t) at the first position; placing a tool onto a second side of the metal sheet at a second position corresponding to an opposite side of the first position, so that the tool is positioned opposite the spacer with the metal sheet placed in between the tool and the spacer, the tool having an outer cross-sectional dimension (d 2) smaller than the first cross-sectional dimension (d 1) of the hole of the spacer but larger than or at least the same as the first cross-sectional dimension (d 1) subtracted with two times the thickness (t) of the metal sheet at the first position; and thereafter pressing the tool through the metal sheet, so that a part of the metal sheet positioned between the tool and the spacer is pressed into the hole of the spacer and against inner walls of the spacer, thereby fastening the spacer to the metal sheet of the pedal assembly. placing the first end of the spacer onto a first position of a first side of a metal sheet of the pedal assembly where the spacer is to be fastened, the metal sheet having a thickness (t) at the first position; placing a tool onto a second side of the metal sheet at a second position corresponding to an opposite side of the first position, so that the tool is positioned opposite the spacer with the metal sheet placed in between the tool and the spacer, the tool having an outer cross-sectional dimension (d 2) smaller than the first cross-sectional dimension (d 1) of the hole of the spacer but larger than or at least the same as the first cross-sectional dimension (d 1) subtracted with two times the thickness (t) of the metal sheet at the first position; and thereafter pressing the tool through the metal sheet, so that a part of the metal sheet positioned between the tool and the spacer is pressed into the hole of the spacer and against inner walls of the spacer, thereby fastening the spacer to the metal sheet of the pedal assembly.
A process for preparing an ethylene homo- or copolymer in the presence of a supported chromium catalyst by slurry loop polymerization or copolymerization, whereby the resulting polymer powder has an increased powder density, in which the supported chromium catalyst has a chromium content of from 0.01 to 5 wt.%, based on the element in the finished catalyst, and shows a particle size distribution measured according to ISO 13320-2009 comprising two main fractions one of which having a d 50 of from 15 to 40 μm and the other having a d 50 of from 45 to 80 μm and a total d 10 value of lower than 20 μm.
Method for position dependent change in the magnetization in an object, according to a requirement, in a magnetic resonance experiment, wherein radio-frequency pulses are irradiated in conjunction with supplementary magnetic fields varying in space and over time that are superposed on the static and homogeneous basic magnetic field of a magnetic resonance measurement apparatus oriented along a z-direction, characterized in that non-linear supplementary magnetic fields are used, whose spatial gradient of the z-component is not constant at least at one instant during the irradiation, and that the radio-frequency pulses to be irradiated are calculated in advance, wherein dependences over time of the field strengths of the supplementary magnetic fields in the region of the object that are calculated and/or measured position-dependently are explicitly included in this calculation.
A raw mixture for manufacturing cellular fibro concrete, said raw mixture comprises the following components: Portland cement, microsilica, super-plastifier, polypropylene fiber, pore former, modifying ceolite additive, and a mineralogical additive represented by at least one of the following: (a) fly ashes produced from combustion of coal, (b) a mixture of ashes and slag, (c) silica sand, (d) limestone, and (e) a mixture of any combination of (a), (b), (c), and (d).
A resilient pressure-applying element for intended use for toolmaking, device construction and mechanical engineering, consisting of a cylindrical sleeve comprising a radially inwardly extending shoulder as a stop for a pressure pin at one end comprising a cylindrical opening, wherein in the sleeve the pressure pin is spring-mounted so as to be movable up and down against a spring and an actuating end of the pressure pin projects through the opening, characterized in that the pressure pin consists of a plastic material filled with a transition metal additive.
A control system for controlling the light level of the interior of at least a portion of a building, the at least a portion of the building being illuminated by both daylight via one or more transparent portions and by generated light via one or more electric lights; the control system being operatively connected to at least one interior sensor for detecting an interior light level; the control system comprising - at least one electric light controller for controlling the light level of the one or more electric lights; - at least one window treatment controller for controlling the admittance level of daylight admitted through the one or more transparent portions; and - a processing unit for handling control setpoints, the control setpoints comprising an interior light level setpoint, the processing unit being operatively connected to the at least one interior sensor; wherein the processing unit determines a difference between the detected interior light level and the interior light level setpoint, and wherein the light level of the one or more electric lights and the admittance level of daylight admitted through the one or more transparent portions are controlled in parallel by operating the at least one electric light controller and the at least one window treatment controller to, based on the difference between the detected interior light level and the interior light level setpoint, control the light level of the interior of at least the portion of the building, characterised in that, the at least one electric light controller and the at least one window treatment controller are operatively connected (28, 29) so that the at least one electric light controller receives operational information from the at least one window treatment controller, and/or vice versa; and wherein the at least one electric light controller is operated based on the received information from the at least one window treatment controller, and/or the at least one window treatment controller is operated based on the received information from the from the at least one electric light controller. - at least one electric light controller for controlling the light level of the one or more electric lights; - at least one window treatment controller for controlling the admittance level of daylight admitted through the one or more transparent portions; and - a processing unit for handling control setpoints, the control setpoints comprising an interior light level setpoint, the processing unit being operatively connected to the at least one interior sensor;