mhurhangee/ep-ind-claims huggingface dataset:
A method of suppressing interference in a received signal that includes a desired signal, the method comprising: generating a set of desired signal hypotheses based on performing spherical detection within a transmit signal space corresponding to the desired signal by generating a first residual (res1k) between the received signal and each of a plurality of candidate signals postulated as the desired signal by determining a difference between the received signal and the candidate signal after applying desired signal channel estimates to the candidate signal, wherein the plurality of candidate signals is determined according to a reduced search space, by using spherical detection methods in a transmit signal space to constrain the size of the set of candidate signals; estimating one or more interference components via least squares estimations based on interferer signal channel estimates by estimating an interference component of the received signal for each one in the set of desired signal hypotheses by calculating an interference component for each first residual (res1k) as a least squares estimate; demodulating the received signal to recover the desired signal based at least in part on the interference components by generating a second residual (res2k) from each first residual (res1k) by removing the corresponding interference component and determining a best candidate signal by evaluating the second residual (res2k)s based on identifying a smallest second residual (res2k) and selecting the corresponding candidate signal as a best candidate for the desired signal. generating a set of desired signal hypotheses based on performing spherical detection within a transmit signal space corresponding to the desired signal by generating a first residual (res1k) between the received signal and each of a plurality of candidate signals postulated as the desired signal by determining a difference between the received signal and the candidate signal after applying desired signal channel estimates to the candidate signal, wherein the plurality of candidate signals is determined according to a reduced search space, by using spherical detection methods in a transmit signal space to constrain the size of the set of candidate signals; estimating one or more interference components via least squares estimations based on interferer signal channel estimates by estimating an interference component of the received signal for each one in the set of desired signal hypotheses by calculating an interference component for each first residual (res1k) as a least squares estimate; demodulating the received signal to recover the desired signal based at least in part on the interference components by generating a second residual (res2k) from each first residual (res1k) by removing the corresponding interference component and determining a best candidate signal by evaluating the second residual (res2k)s based on identifying a smallest second residual (res2k) and selecting the corresponding candidate signal as a best candidate for the desired signal.
A feeder system for an agricultural baler, the feeder system comprising: a cutting assembly (128, 728) configured to be coupled with a frame of the agricultural baler, the cutting assembly (128, 728) comprising: at least one knife configured for cutting a crop material; an engagement apparatus (340, 740) configured for: being spaced apart from at least one overload protection mechanism individually associated with a single one of the at least one knife; selectively engaging with the at least one knife and thereby for forcing the at least one knife to occupy a first position; and selectively engaging with the at least one knife and thereby for forcing the at least one knife to occupy a second position. at least one knife configured for cutting a crop material; an engagement apparatus (340, 740) configured for: being spaced apart from at least one overload protection mechanism individually associated with a single one of the at least one knife; selectively engaging with the at least one knife and thereby for forcing the at least one knife to occupy a first position; and selectively engaging with the at least one knife and thereby for forcing the at least one knife to occupy a second position. being spaced apart from at least one overload protection mechanism individually associated with a single one of the at least one knife; selectively engaging with the at least one knife and thereby for forcing the at least one knife to occupy a first position; and selectively engaging with the at least one knife and thereby for forcing the at least one knife to occupy a second position.
A heave compensation system for assembling a jointed tubular string, comprising: a jointed tubular string comprising: a slip joint; an anchor comprising slips (110a,b) movable between an extended position and a retracted position; a setting tool connecting the slip joint to the anchor, comprising: an actuation piston operable to move the slips (110a,b) between the positions; a plurality of toggle valves (97r,s), each valve (97r,s) in fluid communication with a respective face of the actuation piston and operable to alternately provide fluid communication between the respective piston face and either a bore of the setting tool or an exterior of the setting tool; an electronics package operable to alternate the toggle valves (97r,s); and an antenna; and a wireless identification tag, pumpable through the tubular string, and operable to transmit a command signal to the antenna. a jointed tubular string comprising: a slip joint; an anchor comprising slips (110a,b) movable between an extended position and a retracted position; a setting tool connecting the slip joint to the anchor, comprising: an actuation piston operable to move the slips (110a,b) between the positions; a plurality of toggle valves (97r,s), each valve (97r,s) in fluid communication with a respective face of the actuation piston and operable to alternately provide fluid communication between the respective piston face and either a bore of the setting tool or an exterior of the setting tool; an electronics package operable to alternate the toggle valves (97r,s); and an antenna; and a slip joint; an anchor comprising slips (110a,b) movable between an extended position and a retracted position; a setting tool connecting the slip joint to the anchor, comprising: an actuation piston operable to move the slips (110a,b) between the positions; a plurality of toggle valves (97r,s), each valve (97r,s) in fluid communication with a respective face of the actuation piston and operable to alternately provide fluid communication between the respective piston face and either a bore of the setting tool or an exterior of the setting tool; an electronics package operable to alternate the toggle valves (97r,s); and an antenna; and an actuation piston operable to move the slips (110a,b) between the positions; a plurality of toggle valves (97r,s), each valve (97r,s) in fluid communication with a respective face of the actuation piston and operable to alternately provide fluid communication between the respective piston face and either a bore of the setting tool or an exterior of the setting tool; an electronics package operable to alternate the toggle valves (97r,s); and an antenna; and a wireless identification tag, pumpable through the tubular string, and operable to transmit a command signal to the antenna.
A gas barrier film comprising a cured resin layer (1, 1a, 1b, 1c, 1d) and a gas barrier layer (2, 2a, 2b, 2c, 2d, 2', 2"), the gas barrier layer being provided on at least one side of the cured resin layer, the cured resin layer being a layer composed of a cured product of a curable resin composition that includes a thermoplastic resin having a glass transition temperature (Tg) of 140°C or more, and a curable monomer, wherein the curable resin composition includes the thermoplastic resin and the curable monomer in a mass ratio (thermoplastic resin:curable monomer) of 35:65 to 80:20, the gas barrier film having a water vapor transmission rate of 1 g/m 2 /day or less at a temperature of 40°C and a relative humidity of 90%, wherein at least one of the curable monomer is a polyfunctional (meth)acrylic acid derivative, characterized in that the thermoplastic resin has a weight average molecular weight (Mw) of 100,000 to 3,000,000. the cured resin layer being a layer composed of a cured product of a curable resin composition that includes a thermoplastic resin having a glass transition temperature (Tg) of 140°C or more, and a curable monomer, wherein the curable resin composition includes the thermoplastic resin and the curable monomer in a mass ratio (thermoplastic resin:curable monomer) of 35:65 to 80:20, the gas barrier film having a water vapor transmission rate of 1 g/m 2 /day or less at a temperature of 40°C and a relative humidity of 90%, wherein at least one of the curable monomer is a polyfunctional (meth)acrylic acid derivative, characterized in that the thermoplastic resin has a weight average molecular weight (Mw) of 100,000 to 3,000,000.
Method for analysing a sample comprising at least a first and a second scale inhibitor, which scale inhibitors are synthetic organic compounds comprising at least one ionised group, the method comprising - optionally diluting and/or purifying the sample, - allowing the first and the second scale inhibitor in the sample to interact with a reagent comprising lanthanide ion, - exciting the sample at a first excitation wavelength and detecting a sample signal deriving from the lanthanide ion at a signal wavelength by using time-resolved luminescence measurement, - determining the total concentration of the first and the second scale inhibitor by using the detected sample signal, - determining the concentration of the first scale inhibitor in the sample, - determining the concentration of the second scale inhibitor mathematically by using the obtained results for the total concentration and for the first scale inhibitor concentration. - optionally diluting and/or purifying the sample, - allowing the first and the second scale inhibitor in the sample to interact with a reagent comprising lanthanide ion, - exciting the sample at a first excitation wavelength and detecting a sample signal deriving from the lanthanide ion at a signal wavelength by using time-resolved luminescence measurement, - determining the total concentration of the first and the second scale inhibitor by using the detected sample signal, - determining the concentration of the first scale inhibitor in the sample, - determining the concentration of the second scale inhibitor mathematically by using the obtained results for the total concentration and for the first scale inhibitor concentration.
A carrier binder stabilized in an aqueous phase, for codeposition with ionogenic gel-formers, wherein a binder is modified by means of reactive groups on the binder with a hydrophilic, functional molecule whose hydrophobic end group is reactive.
An audio signal processing method comprising: receiving an audio signal; receiving network information indicative of a maximum allowable coding mode; determining whether a current frame is a speech activity section or a speech inactivity section by analyzing the audio signal; determining a coding mode corresponding to a current frame from a combination of bandwidths and bitrates and whether a frame is a silence frame; encoding the current frame of the audio signal according to the coding mode; and, transmitting the encoded current frame, if the current frame is the speech inactivity section: - determining one of a plurality of types including a first type, a second type and a third type as a type of a silence frame for the current frame based on the coding mode; and - for the current frame, generating and transmitting the silence frame of the determined type, wherein the first type includes a linear predictive conversion coefficient of a first order, the second type includes a linear predictive conversion coefficient of a second order, the third type includes a linear predictive conversion coefficient of a third order, and the first order is smaller than the second order and the third order is greater than the second order, wherein the bandwidths comprise a super wide band, a wide band, and a narrow band, wherein the narrowband, the wideband, and the super wideband have wider and higher frequency bands in the named order, so that the super wideband covers the wideband and the narrowband, and the wideband covers the narrowband, and wherein the bitrates comprise two or more predetermined support bitrates for each of the bandwidths. receiving an audio signal; receiving network information indicative of a maximum allowable coding mode; determining whether a current frame is a speech activity section or a speech inactivity section by analyzing the audio signal; determining a coding mode corresponding to a current frame from a combination of bandwidths and bitrates and whether a frame is a silence frame; encoding the current frame of the audio signal according to the coding mode; and, transmitting the encoded current frame, - determining one of a plurality of types including a first type, a second type and a third type as a type of a silence frame for the current frame based on the coding mode; and - for the current frame, generating and transmitting the silence frame of the determined type, wherein the first type includes a linear predictive conversion coefficient of a first order, the second type includes a linear predictive conversion coefficient of a second order, the third type includes a linear predictive conversion coefficient of a third order, and the first order is smaller than the second order and the third order is greater than the second order,
Winder for a strip-shaped material, preferably metal strip, in metal processing, wherein the winder comprises: at least one winding mandrel (101, 300a, 300b), which is provided for winding up the strip-shaped material, and a drive (200a, 200b), which comprises an electric motor, preferably a torque motor or synchronous motor, with a stator and a rotor (3, 201a, 201b), wherein the winder further comprises a housing (103, 302), the rotor (3, 201a, 201b) is connected with the winding mandrel (101, 300a, 300b), whereby the rotation of the rotor (3, 201a, 201b) is transmitted to the winding mandrel (101, 300a, 300b), and the stator is directly mounted on the housing (103, 302) and/or the rotor (3, 201a, 201b) is directly connected with the winding mandrel (101, 300a, 300b) or a shaft of the winding mandrel (101, 300a, 300b), characterised in that the drive comprises at least one collecting magnet arranged to collect magnetic particles and keep them away from the electric motor. at least one winding mandrel (101, 300a, 300b), which is provided for winding up the strip-shaped material, and a drive (200a, 200b), which comprises an electric motor, preferably a torque motor or synchronous motor, with a stator and a rotor (3, 201a, 201b), wherein the winder further comprises a housing (103, 302), the rotor (3, 201a, 201b) is connected with the winding mandrel (101, 300a, 300b), whereby the rotation of the rotor (3, 201a, 201b) is transmitted to the winding mandrel (101, 300a, 300b), and the stator is directly mounted on the housing (103, 302) and/or the rotor (3, 201a, 201b) is directly connected with the winding mandrel (101, 300a, 300b) or a shaft of the winding mandrel (101, 300a, 300b), characterised in that the drive comprises at least one collecting magnet arranged to collect magnetic particles and keep them away from the electric motor.
A battery, comprising: a plurality of battery cells, the battery cell comprising a housing, the housing being configured to be actuated when an internal pressure or temperature of the housing reaches a threshold, to relieve the internal pressure of the housing; a plurality of first boxes, the first box being configured to accommodate at least one battery cell of the plurality of battery cells, the first box comprising a pressure relief region, and the pressure relief region being configured to relieve an internal pressure of the first box; and a second box, the second box being configured to accommodate the plurality of first boxes; wherein the second box comprises an electrical chamber, a collection chamber and an isolation component, and the electrical chamber is configured to accommodate the plurality of first boxes, the collection chamber is configured to collect emissions from the first box, and the isolation component is configured to isolate the electrical chamber and the collection chamber, so that the electrical chamber and the collection chamber are disposed on both sides of the isolation component. a plurality of battery cells, the battery cell comprising a housing, the housing being configured to be actuated when an internal pressure or temperature of the housing reaches a threshold, to relieve the internal pressure of the housing; a plurality of first boxes, the first box being configured to accommodate at least one battery cell of the plurality of battery cells, the first box comprising a pressure relief region, and the pressure relief region being configured to relieve an internal pressure of the first box; and a second box, the second box being configured to accommodate the plurality of first boxes; wherein the second box comprises an electrical chamber, a collection chamber and an isolation component, and the electrical chamber is configured to accommodate the plurality of first boxes, the collection chamber is configured to collect emissions from the first box, and the isolation component is configured to isolate the electrical chamber and the collection chamber, so that the electrical chamber and the collection chamber are disposed on both sides of the isolation component.
A method for encrypting and decrypting an application program on a communication terminal, comprising: the communication terminal prompting a user to enter a subscriber identification card password, and sending a password authentication request containing the subscriber identification card password to a subscriber identification card; the communication terminal receiving an authentication result returned by the subscriber identification card, and if the authentication is successful, acquiring an identification number of the subscriber identification card used as an encryption key; the communication terminal using the identification number of the subscriber identification card as the encryption key, performing encryption processing on an application program to be protected, and obtaining an encrypted application program; when the user accesses the encrypted application program, the communication terminal performing matching processing on an identification number of a subscriber identification card inserted currently and the encryption key; if a processing result is that the identification number of the subscriber identification card inserted currently is matched with the encryption key, performing decryption processing on the encrypted application program. the communication terminal prompting a user to enter a subscriber identification card password, and sending a password authentication request containing the subscriber identification card password to a subscriber identification card; the communication terminal receiving an authentication result returned by the subscriber identification card, and if the authentication is successful, acquiring an identification number of the subscriber identification card used as an encryption key; the communication terminal using the identification number of the subscriber identification card as the encryption key, performing encryption processing on an application program to be protected, and obtaining an encrypted application program; when the user accesses the encrypted application program, the communication terminal performing matching processing on an identification number of a subscriber identification card inserted currently and the encryption key; if a processing result is that the identification number of the subscriber identification card inserted currently is matched with the encryption key, performing decryption processing on the encrypted application program.
A method in a user equipment in a telecommunication network for handling unreliable relative scheduling grants of relative scheduling grants comprising one of a HOLD command, an UP command and a DOWN command applicable in one of a single link and a soft handover scenario, the method characterized by detecting at least one unreliable received relative scheduling grant comprising determining if the received power is within a predetermined interval, wherein any received relative scheduling grant not detected as unreliable is reliable; interpreting any detected unreliable relative scheduling grant as HOLD; estimating a new serving grant based at least on the detection and the interpretation, the estimating comprising adapting the serving grant by following commands of reliable relative scheduling grants and by treating unreliable relative scheduling grants as HOLD.
Construction machine, in particular foundation engineering machine, comprising a carrier device and, arranged thereon, a vertical mast, which is in the form of a leader, which has a front side, an opposite rear side and two flank sides and has on its front side a linear guide along which a work slide is mounted so as to be vertically adjustable, characterised in that the leader is painted in a base colour, and at least one large-area carrier plate is arranged on each flank side, the at least one large-area carrier plate on each flank side of the painted leader is detachably fastened by means of a holding device, and there is applied to the at least one carrier plate an identification colour that is different from the base colour of the painted leader. comprising a carrier device and, arranged thereon, a vertical mast, which is in the form of a leader, which has a front side, an opposite rear side and two flank sides and has on its front side a linear guide along which a work slide is mounted so as to be vertically adjustable, characterised in that the leader is painted in a base colour, and at least one large-area carrier plate is arranged on each flank side, the at least one large-area carrier plate on each flank side of the painted leader is detachably fastened by means of a holding device, and there is applied to the at least one carrier plate an identification colour that is different from the base colour of the painted leader.
Process for the culturing of eukaryotic cells in a reactor in suspension in a cell culture medium, wherein the cells produce a desired biological substance, selected from proteins and vaccines, which can be used as an active ingredient in a pharmaceutical preparation, wherein at least one cell culture medium component is fed to the cell culture and wherein the cell culture comprising the cells, the desired biological substance and cell culture medium is circulated over a filter using a tangential flow and wherein the filter has a pore size characterized by a molecular weight cut-off smaller than the molecular weight of the desired biological substance to separate the desired biological substance from substances having a lower molecular weight than the desired biological substance, wherein the liquid outflow from the filter essentially only contains components having a molecular weight lower than that of the desired biological substance and wherein the desired biological substance is retained in or fed back into the reactor.