mhurhangee/ep-ind-claims huggingface dataset:
A method for processing an input audio signal received by a hearing assistance device, comprising: high-pass filtering the input audio signal to generate a high frequency filtered signal, the filtering performed at a splitting frequency; transposing at least a portion of the audio spectrum of the filtered signal to a lower frequency range by a transposition process to produce a transposed audio signal; and summing the transposed audio signal with the unprocessed input audio signal to generate an output signal, wherein the transposition process includes: estimating an all-pole spectral envelope of the filtered signal; applying a warping function to the all-pole spectral envelope of the filtered signal to translate the poles above a specified knee frequency to lower frequencies, thereby producing a warped spectral envelope, the knee frequency being higher than the splitting frequency; exciting the warped spectral envelope with an excitation signal to synthesize the transposed audio signal, wherein the excitation signal is a prediction error signal, produced by filtering the high-pass signal with an inverse of the estimated all-pole spectral envelope; and processing the excitation signal using a phase randomization process. high-pass filtering the input audio signal to generate a high frequency filtered signal, the filtering performed at a splitting frequency; transposing at least a portion of the audio spectrum of the filtered signal to a lower frequency range by a transposition process to produce a transposed audio signal; and summing the transposed audio signal with the unprocessed input audio signal to generate an output signal, estimating an all-pole spectral envelope of the filtered signal; applying a warping function to the all-pole spectral envelope of the filtered signal to translate the poles above a specified knee frequency to lower frequencies, thereby producing a warped spectral envelope, the knee frequency being higher than the splitting frequency; exciting the warped spectral envelope with an excitation signal to synthesize the transposed audio signal, wherein the excitation signal is a prediction error signal, produced by filtering the high-pass signal with an inverse of the estimated all-pole spectral envelope; and processing the excitation signal using a phase randomization process.
Motor mount for a drive motor of an impeller of a motor-fan unit, comprising: - a seat comprising at least one cooling opening for the circulation of a cooling air flow for the drive motor, and - a receptacle situated at least partly inside the seat and comprising a peripheral wall forming an accommodation housing for the drive motor, the peripheral wall comprising at least one cooling aperture for the circulation of the cooling air flow to the motor accommodation housing, the motor mount comprising decoupling means arranged between the seat and the receptacle and ensuring a connection of the receptacle to the seat, the motor mount comprising at least one cooling sleeve connecting the cooling opening and the cooling aperture, the cooling sleeve forming a vibrational decoupling element between the receptacle and the seat, the motor mount being characterized in that the cooling aperture is situated substantially opposite the cooling opening, and in that the seat comprises a plurality of fixing means on an element of the motor-fan unit, the fixing means being located on an exterior peripheral wall of the seat and distributed over the periphery of the seat. - a seat comprising at least one cooling opening for the circulation of a cooling air flow for the drive motor, and - a receptacle situated at least partly inside the seat and comprising a peripheral wall forming an accommodation housing for the drive motor, the peripheral wall comprising at least one cooling aperture for the circulation of the cooling air flow to the motor accommodation housing,
Multilayer structure (101B, 101C, 200, 300) for electronic devices, comprising a flexible substrate film for accommodating electronics, the substrate film preferably being less than about 300 microns (micrometers) thick, more preferably less than about 200 microns (micrometers) thick, and most preferably less than about 150 microns (micrometers) thick, a number of electrical elements (204, 206) provided to said substrate film, preferably by means of printed electronics and/or surface mounting, a protective layer on a first surface of said substrate film, characterized by a plastic layer molded onto a second surface of the substrate film opposite to the first surface of the substrate film, so as to cause physical deviation including deformation therein, said protective layer being configured to mask the physical deviation (302, 304) of the substrate film substantially at the location of said number of electrical elements from outside perception including visual perception and tactile inspection taking place via the protective layer, and to reduce surface protrusions due to the physical deviation of the substrate film on the outside surface of the protective layer, which is opposite to the surface facing the substrate film, wherein the protective layer comprises elastic material comprising thermoplastic elastomer configured to conform, at the interface between the protective layer and the substrate film, to the local deformations of the surface profile of the substrate film provided with said number of electrical elements and having the plastic layer molded on the second surface thereof. a flexible substrate film for accommodating electronics, the substrate film preferably being less than about 300 microns (micrometers) thick, more preferably less than about 200 microns (micrometers) thick, and most preferably less than about 150 microns (micrometers) thick, a number of electrical elements (204, 206) provided to said substrate film, preferably by means of printed electronics and/or surface mounting, a protective layer on a first surface of said substrate film, characterized by a plastic layer molded onto a second surface of the substrate film opposite to the first surface of the substrate film, so as to cause physical deviation including deformation therein, said protective layer being configured to mask the physical deviation (302, 304) of the substrate film substantially at the location of said number of electrical elements from outside perception including visual perception and tactile inspection taking place via the protective layer, and to reduce surface protrusions due to the physical deviation of the substrate film on the outside surface of the protective layer, which is opposite to the surface facing the substrate film, wherein the protective layer comprises elastic material comprising thermoplastic elastomer configured to conform, at the interface between the protective layer and the substrate film, to the local deformations of the surface profile of the substrate film provided with said number of electrical elements and having the plastic layer molded on the second surface thereof.
Flowmeter, in particular for use in custody transfer, having a housing, at least one evaluation unit arranged in the housing and having an interface arranged in the housing for communication with an external control unit, wherein the evaluation unit can be written with data via the interface, characterized in that at least two write protection sensor elements (7a, 7b) are arranged in the housing, that the outside of the housing has a receptacle for at least one write protection influencing element, that the write protection influencing element sets the write protection sensor elements (7a, 7b) into a write protection state when inserted in the receptacle, that the write protection state of the write protection sensor elements (7a, 7b) is detected by the evaluation unit, wherein, in detecting the write protection state of at least one of the write protection sensor elements (7a, 7b) by the evaluation unit, writing the evaluation unit with data via the interface is at least partially inhibited.
A curable resin composition comprising: a curable compound; a photoinitiator; and at least two types of thermal initiators, each having different initiation temperature, wherein the photoinitiator may be present in an amount of 0.01 parts by weight to 10 parts by weight, based on 100 parts by weight of the curable compound; and wherein the thermal initiators may be present in an amount of 0.01 parts by weight to 10 parts by weight, based on 100 parts by weight of the curable compound; and wherein the thermal initiators comprise a first thermal initiator and a second thermal initiator, and the second thermal initiator starts curing at a higher temperature than the first thermal initiator, wherein the first thermal initiator starts curing within the range of 30°C to 70°C, and wherein the second thermal initiator starts curing within the range of 60°C to 100°C. a curable compound; a photoinitiator; and at least two types of thermal initiators, each having different initiation temperature, wherein the photoinitiator may be present in an amount of 0.01 parts by weight to 10 parts by weight, based on 100 parts by weight of the curable compound; and wherein the thermal initiators may be present in an amount of 0.01 parts by weight to 10 parts by weight, based on 100 parts by weight of the curable compound; and wherein the thermal initiators comprise a first thermal initiator and a second thermal initiator, and the second thermal initiator starts curing at a higher temperature than the first thermal initiator, wherein the first thermal initiator starts curing within the range of 30°C to 70°C, and wherein the second thermal initiator starts curing within the range of 60°C to 100°C.
A method for assessing the state of hair by releasably engaging a first end of hair fibres with a holder so that an opposite, second end of said hair fibres hangs free and applying sufficient force to the first end of the hair fibres such that the hair fibres at the second end are pulled across the holder, wherein the force is in an upwards direction, characterized in that the force is applied by action of an encapsulated gas having a density of less than that of air.
A working fluid for a thermodynamic cycle which comprises CO 2 as main component and one or more of the compounds selected from the group which comprises: TiCl 4, TiBr 4, SnCl 4, SnBr 4, VCl 4, VBr 4, GeCl 4, metal carbonyls, by way of example Ni 4.
A revolver disc for a tool machine for retaining a plurality of tool holders for processing tools, comprising contact surfaces for the tool holders formed on the periphery of the revolver disc, bore holes running radially to the pivot axis of the revolver disc, which are respectively embedded in the contact surfaces for holding extensions on the tool holders, and threaded bore holes in the contact surfaces for attaching the tool holders on the contact surfaces with screws, and a front surface arranged normally in relation to the pivot axis of the revolver disc characterized in that through-holes which lead through the front surface of the revolver disc and which are arranged at a distance from the peripherally situated contact surfaces are formed in the radially running bore holes for retaining the extensions on the tool holders, in such a manner that the through-holes are designed for the introduction of actuation keys into the interior of the extensions and for the tensioning of the tensioning means inserted there for clamping the tools fast on the tool holders, wherein in the front surface next to the through-bores, at least one threaded bore hole respectively is designed for the attachment of a guide plate, wherein the guide plate comprises a guide bore hole for axially guiding an actuation key.
A method for security inspection, for performing security inspection on a train with a scanning device comprising an accelerator and a detector, the method for security inspection comprising: measuring (S202, S402) a moving speed of the train with respect to the scanning device; and adjusting (S204, S404) a beam-emitting frequency of the accelerator according to the moving speed, the method being characterized in that, when the train is a cargo train and when a tail of the train has left a scanning channel used for security inspection, controlling the accelerator to emit a beam for a second time to perform a static multi-frequency air process in order to acquire air values at different frequencies. measuring (S202, S402) a moving speed of the train with respect to the scanning device; and adjusting (S204, S404) a beam-emitting frequency of the accelerator according to the moving speed, the method being characterized in that, when the train is a cargo train and when a tail of the train has left a scanning channel used for security inspection, controlling the accelerator to emit a beam for a second time to perform a static multi-frequency air process in order to acquire air values at different frequencies.
Apparatus comprising: an isolator assembly (102, 202, 702) configured to provide isolation between two antennas (108, 110, 204, 206, 704, 706) in multiple non-overlapping frequency bands, the isolator assembly (102, 202, 702) including AC-grounded resonating conductive isolation elements (202, 722, 732) and including a selection network (116, 218, 216, 716, 718) configured to select one of the multiple non-overlapping frequency bands for an isolation operation, wherein the isolator assembly (102, 202, 702) comprises a first isolator element configured to provide isolation in a first frequency band and a second isolator element configured to provide isolation in a second frequency band, the first and second isolator elements being AC-grounded resonating conductive isolation elements and being separated from each other, and wherein the selection network comprises a first selection circuit for the first isolator element and a second selection circuit for the second isolator element, wherein the first and second selection circuits (716, 718) are configured to prevent coupling between the first and second isolation elements (722, 732) of the isolation assembly, the first selection circuit being configured to deselect the first isolator element responsive to receipt of surface current oscillating in the second frequency band and the second selection circuit being configured to deselect the second isolator element responsive to receipt of surface current oscillating in the first frequency band. an isolator assembly (102, 202, 702) configured to provide isolation between two antennas (108, 110, 204, 206, 704, 706) in multiple non-overlapping frequency bands, the isolator assembly (102, 202, 702) including AC-grounded resonating conductive isolation elements (202, 722, 732) and including a selection network (116, 218, 216, 716, 718) configured to select one of the multiple non-overlapping frequency bands for an isolation operation, wherein the isolator assembly (102, 202, 702) comprises a first isolator element configured to provide isolation in a first frequency band and a second isolator element configured to provide isolation in a second frequency band, the first and second isolator elements being AC-grounded resonating conductive isolation elements and being separated from each other, and wherein the selection network comprises a first selection circuit for the first isolator element and a second selection circuit for the second isolator element, wherein the first and second selection circuits (716, 718) are configured to prevent coupling between the first and second isolation elements (722, 732) of the isolation assembly, the first selection circuit being configured to deselect the first isolator element responsive to receipt of surface current oscillating in the second frequency band and the second selection circuit being configured to deselect the second isolator element responsive to receipt of surface current oscillating in the first frequency band.
A continuous process for the depolymerization and dissolution of a polymer mixture inhomogeneous with respect to the particle size and/or particle thickness by forming a monomer liquid substantially consisting of a monomer which may contain at least one reactant or solvent, comprising the steps a) introducing the inhomogeneous polymer mixture with or without at least one reactant or solvent into at least one vertical or horizontal reactor with at least one reactor inlet and at least one reactor outlet and internal fittings for forming at least two reaction zones within the reactor, b) continuous depolymerization and dissolution of the inhomogeneous polymer mixture to obtain the monomer liquid in the at least one vertical or horizontal reactor, wherein the particle size and/or particle thickness of the inhomogeneous polymer mixture is reduced continuously along the length of the reactor from the reactor inlet to the reactor outlet by depolymerization, wherein particles with small particle size and/or small particle thickness of the inhomogeneous polymer mixture are depolymerized and dissolved immediately after entry into the reactor and the monomer liquid formed is guided by the internal fittings towards the reactor outlet and at the reactor outlet discharged from the reactor, and wherein particles of large particle size and/or particle thickness of the inhomogeneous polymer mixture after entry into the reactor will be retained by the internal fittings and remain in the reactor, until these particles of the polymer mixture are depolymerized and dissolved completely. a) introducing the inhomogeneous polymer mixture with or without at least one reactant or solvent into at least one vertical or horizontal reactor with at least one reactor inlet and at least one reactor outlet and internal fittings for forming at least two reaction zones within the reactor, b) continuous depolymerization and dissolution of the inhomogeneous polymer mixture to obtain the monomer liquid in the at least one vertical or horizontal reactor, wherein the particle size and/or particle thickness of the inhomogeneous polymer mixture is reduced continuously along the length of the reactor from the reactor inlet to the reactor outlet by depolymerization,
A weight scale for a patient lift system, the weight scale comprising a frame assembly, a plurality of force sensors (102, 104, 106, 108) coupled to the frame assembly, each force sensor of the plurality of force sensors configured to generate a signal indicative of a measured weight force, an angle sensor operatively coupled to the frame assembly, the angle sensor configured to generate a signal indicative of an angle of the frame assembly with respect to a horizontal reference plane, and a controller coupled in signal communication with each force sensor (102, 104, 106, 108) and the angle sensor, the controller comprising one or more processers configured to receive signals from each force sensor (102, 104, 106, 108) and the angle sensor to determine an actual weight force of the patient, characterized in that the weight scale further comprises a foot rest panel coupled to the frame assembly, the foot rest panel configured to support a patient, a base frame of the frame assembly comprising a first leg having a first end and an opposing second end, the first leg defining a first channel between the first end and the second end and a second leg having a first end and an opposing second end, the second leg defining a second channel between the first end and the second end of the second leg, a first castor support link positioned within the first channel, the first castor support link having a first end defining a first slot and an opposing second end defining a second slot, a first force sensor of the plurality of force sensors positioned within the first slot and coupled to the first leg at the first leg first end, and a second force sensor of the plurality of force sensors positioned within the second slot and coupled to the first leg at the first leg second end, and a second castor support link positioned within the second channel, the second castor support link having a first end defining a third slot and an opposing second end defining a fourth slot, a third force sensor of the plurality of force sensors positioned within the third slot and coupled to the second leg at the second leg first end, and a fourth force sensor of the plurality of force sensors positioned within the fourth slot and coupled to the second leg at the second leg second end.
A monoclonal antibody which binds to an Human Immunodeficiency Virus 1 (HIV 1) antigen and an Human Immunodeficiency Virus 2 (HIV 2) antigen, wherein the antibody is designated 115B-151 and is secreted by a hybridoma cell line having A.T.C.C. Deposit No. PTA-2809.
An expandable mouth for a clot retrieval catheter, the expandable mouth comprising: a proximal end; a distal end; a longitudinal axis; and a self-expanding mouth framework comprising a plurality of interconnected struts, a collapsed delivery configuration and expanded deployed configuration, and a polymeric membrane cover, the struts of the mouth framework comprising: one or more support arms extending longitudinally between the proximal end and the distal end and forming a substantially conical surface about the longitudinal axis in the deployed configuration, and one or more distal hoops forming a circumferential perimeter of a mouth opening of the clot retrieval catheter; and characterised in that the one or more support arms comprise at least one circumferential undulation. a proximal end; a distal end; a longitudinal axis; and a self-expanding mouth framework comprising a plurality of interconnected struts, a collapsed delivery configuration and expanded deployed configuration, and a polymeric membrane cover, the struts of the mouth framework comprising: one or more support arms extending longitudinally between the proximal end and the distal end and forming a substantially conical surface about the longitudinal axis in the deployed configuration, and one or more distal hoops forming a circumferential perimeter of a mouth opening of the clot retrieval catheter; and one or more support arms extending longitudinally between the proximal end and the distal end and forming a substantially conical surface about the longitudinal axis in the deployed configuration, and one or more distal hoops forming a circumferential perimeter of a mouth opening of the clot retrieval catheter; and characterised in that the one or more support arms comprise at least one circumferential undulation.
A method for identifying the presence or absence of a pathogen in a biological sample, comprising detecting the presence or absence of a Mycoplasma pneumoniae P1 gene fragment comprising at least 15 nucleotides from the sequence of SEQ ID NO: 2, or a complement thereof.
An indication system (100, 300, 400) for a surgical lighting apparatus, comprising: a computer device (106, 306, 401) connectable to a plurality of light modules (104a, 104b), wherein the computer device (106, 306, 401) is configured to: determine an illumination setting for each of the plurality of light modules (104a, 104b); compare the illumination settings of at least two of the plurality of light modules (104a, 104b) to at least one output illumination threshold; and, output a visual indication on a light module control panel (110a, 110b) if the at least one output illumination threshold is exceeded. determine an illumination setting for each of the plurality of light modules (104a, 104b); compare the illumination settings of at least two of the plurality of light modules (104a, 104b) to at least one output illumination threshold; and, output a visual indication on a light module control panel (110a, 110b) if the at least one output illumination threshold is exceeded.