mhurhangee/patent-ind-claim-en huggingface dataset:
A creep speed control system for a vehicle having at least one electric motor for providing torque to at least one vehicle wheel , the system comprising, an input configured to receive a current speed signal indicative of a current speed of the vehicle ; a creep speed control module that is configured to activate when the current speed of the vehicle crosses a predetermined threshold above a creep speed target value ; and, an output configured to, upon activation of the creep speed control module , send a creep speed control torque signal to the at least one electric motor to control the vehicle speed in dependence on the creep speed target value , wherein the creep speed control torque signal is limited to a creep speed control filtered torque value less than a creep speed control maximum torque value , and wherein the creep speed control torque signal is limited to the creep speed control filtered torque value during a torque reversal phase in a driveline of the vehicle . an input configured to receive a current speed signal indicative of a current speed of the vehicle ; a creep speed control module that is configured to activate when the current speed of the vehicle crosses a predetermined threshold above a creep speed target value ; and, an output configured to, upon activation of the creep speed control module , send a creep speed control torque signal to the at least one electric motor to control the vehicle speed in dependence on the creep speed target value , wherein the creep speed control torque signal is limited to a creep speed control filtered torque value less than a creep speed control maximum torque value , and wherein the creep speed control torque signal is limited to the creep speed control filtered torque value during a torque reversal phase in a driveline of the vehicle .
An apparatus comprising: - a signal interface for receiving a first signal indicative of cardiovascular motion and measured with a sensor element responsive to motion and/or force, and - a processing device coupled to the signal interface and configured to determine from the first signal a time variation indicative of variation of temporal lengths of heartbeat periods, characterised in that the processing device is configured to determine a variation-quantity V indicative of the time variation: V = E TL − μ T 2 μ T , where E is the expected value operator, TL represents the temporal lengths of the heartbeat periods, and μ T is the mean of the temporal lengths of the heartbeat periods, wherein the processing device is configured to in response to a situation in which the time variation exceeds a threshold: - determine, based on the first signal, correlation between amplitudes of heartbeats and quantities indicative of heartbeat rates prior to the heartbeats so as to detect whether a time-trend of the first signal manifests an indicative phenomenon where a first peak amplitude (h1) of a first heartbeat is greater than a second peak amplitude (h2) of a second successive heartbeat and a first heartbeat period preceding the first heartbeat is shorter than a second heartbeat period preceding the second heartbeat, and - produce an indicator of atrial fibrillation in response to detection of the indicative phenomenon. - a signal interface for receiving a first signal indicative of cardiovascular motion and measured with a sensor element responsive to motion and/or force, and - a processing device coupled to the signal interface and configured to determine from the first signal a time variation indicative of variation of temporal lengths of heartbeat periods, - determine, based on the first signal, correlation between amplitudes of heartbeats and quantities indicative of heartbeat rates prior to the heartbeats so as to detect whether a time-trend of the first signal manifests an indicative phenomenon where a first peak amplitude (h1) of a first heartbeat is greater than a second peak amplitude (h2) of a second successive heartbeat and a first heartbeat period preceding the first heartbeat is shorter than a second heartbeat period preceding the second heartbeat, and - produce an indicator of atrial fibrillation in response to detection of the indicative phenomenon.
A system for printing an indicia on a blank medium substrate , the printing system comprising: a print mechanism operable to mark a plurality of printouts of the indicia at a target position on the blank medium substrate and to output a printed media product, the printed media product comprising a first output group of the marked printouts , and continuous with the output of the first group of printouts , at least one output group of the printouts marked subsequent to the first output group; a product observer operable to observe a spatial relationship between the printouts of the indicia and the target position due to print position drift, and output a print adjustment control input ; and a controller operable to adjust the print mechanism in response to receiving the print adjustment control input that is directed to correct the print position drift, wherein the adjusting conforms a position at which the printouts are marked in the at least one subsequent output group spatially with the target position, and characterized in that : the correction of the print position drift is performed in the media movement direction ; and an amount of hundreds of printouts 221, 223 are printed as the print time continues and subsequent adjusting of the position of the marking of the printout functions at a moment of the print time without interrupting the printing or the movement of the print products in the media movement direction . a print mechanism operable to mark a plurality of printouts of the indicia at a target position on the blank medium substrate and to output a printed media product, the printed media product comprising a first output group of the marked printouts , and continuous with the output of the first group of printouts , at least one output group of the printouts marked subsequent to the first output group; a product observer operable to observe a spatial relationship between the printouts of the indicia and the target position due to print position drift, and output a print adjustment control input ; and a controller operable to adjust the print mechanism in response to receiving the print adjustment control input that is directed to correct the print position drift, wherein the adjusting conforms a position at which the printouts are marked in the at least one subsequent output group spatially with the target position, and characterized in that : the correction of the print position drift is performed in the media movement direction ; and an amount of hundreds of printouts 221, 223 are printed as the print time continues and subsequent adjusting of the position of the marking of the printout functions at a moment of the print time without interrupting the printing or the movement of the print products in the media movement direction . the correction of the print position drift is performed in the media movement direction ; and an amount of hundreds of printouts 221, 223 are printed as the print time continues and subsequent adjusting of the position of the marking of the printout functions at a moment of the print time without interrupting the printing or the movement of the print products in the media movement direction .
A method comprising: a) providing a substrate comprising a nickel layer; b) contacting the substrate with an indium electroplating composition comprising one or more sources of indium ions, one or more 2-imidazolidinethione compounds and citric acid, salt of citric acid or mixtures thereof, wherein the indium electroplating composition is free of alloying metals; and c) electroplating an indium metal layer on the nickel layer of the substrate with the indium electroplating composition.. a) providing a substrate comprising a nickel layer; b) contacting the substrate with an indium electroplating composition comprising one or more sources of indium ions, one or more 2-imidazolidinethione compounds and citric acid, salt of citric acid or mixtures thereof, wherein the indium electroplating composition is free of alloying metals; and c) electroplating an indium metal layer on the nickel layer of the substrate with the indium electroplating composition..
A computer-implemented method for decentralized-identifier creation performed at a service-side system, the method comprising: receiving , from a user-side system, a request for obtaining a decentralized identifier, DID, wherein the request comprises an account identifier, wherein the receiving, from a user-side system, a request for obtaining a decentralized identifier comprises receiving the request from a first entity on behalf of a second entity for creating the DID for the second entity, wherein the account identifier corresponds to the second entity; determining an existing DID associated with the first entity based on the request; obtaining , in response to receiving the request, a public key of a cryptographic key pair; obtaining the DID based on the public key, comprising generating, based on the public key, one or more blockchain transactions for creating the DID and adding a DID document associated with the DID to a blockchain, wherein the DID document comprises a DID of a creator of the obtained DID, the DID of the creator of the obtained DID being the existing DID associated with the first entity; and storing a mapping relationship between the account identifier and the obtained DID. receiving , from a user-side system, a request for obtaining a decentralized identifier, DID, wherein the request comprises an account identifier, wherein the receiving, from a user-side system, a request for obtaining a decentralized identifier comprises receiving the request from a first entity on behalf of a second entity for creating the DID for the second entity, wherein the account identifier corresponds to the second entity; determining an existing DID associated with the first entity based on the request; obtaining , in response to receiving the request, a public key of a cryptographic key pair; obtaining the DID based on the public key, comprising generating, based on the public key, one or more blockchain transactions for creating the DID and adding a DID document associated with the DID to a blockchain, wherein the DID document comprises a DID of a creator of the obtained DID, the DID of the creator of the obtained DID being the existing DID associated with the first entity; and storing a mapping relationship between the account identifier and the obtained DID.
A method, comprising: transmitting a first reference signal, RS, for tracking according to a first channel state information-RS, CSI-RS, configuration, the first CSI-RS configuration specifying: first resources of the first RS, wherein the first resources consist of resources of four single-port CSI-RSs, the resources of the four single-port CSI-RSs are located in two consecutive slots, and each slot corresponds to resources of two of the four single-port CSI-RSs; and a first quasi co-location, QCL, configuration comprising a first set of QCL parameters, the first QCL configuration indicating that the first RS has a QCL relationship with a first demodulation reference signal, DMRS, with respect to the first set of QCL parameters. first resources of the first RS, wherein the first resources consist of resources of four single-port CSI-RSs, the resources of the four single-port CSI-RSs are located in two consecutive slots, and each slot corresponds to resources of two of the four single-port CSI-RSs; and a first quasi co-location, QCL, configuration comprising a first set of QCL parameters, the first QCL configuration indicating that the first RS has a QCL relationship with a first demodulation reference signal, DMRS, with respect to the first set of QCL parameters.
A polyimide blend composition, comprising: a first 6FDA-based polyimide homopolymer, wherein the first polyimide homopolymer comprises a divalent moiety including one or more hydroxyl groups; and a second 6FDA-based polyimide homopolymer, wherein the second polyimide homopolymer comprises a divalent moiety including one or more carboxyl groups. a first 6FDA-based polyimide homopolymer, wherein the first polyimide homopolymer comprises a divalent moiety including one or more hydroxyl groups; and a second 6FDA-based polyimide homopolymer, wherein the second polyimide homopolymer comprises a divalent moiety including one or more carboxyl groups.
A locking mechanism for at least one sliding panel (2;3) for controlling a building opening , comprising: a first locking element , which is movably mounted; an actuating device (161;162) for moving the first locking element between an unlocking position and a locking position; wherein the actuating device (161;162) is a rotary drive, characterized in that the locking mechanism comprises two or more such rotary drives . a first locking element , which is movably mounted; an actuating device (161;162) for moving the first locking element between an unlocking position and a locking position; wherein the actuating device (161;162) is a rotary drive, characterized in that the locking mechanism comprises two or more such rotary drives .
An isolated or purified polypeptide: - consisting of sequence SEQ ID NO: 3, or a variant polypeptide having at least 85 % of identity to the entire length SEQ ID NO: 3, or a variant consisting of a fragment of at least 20 consecutive amino acids of SEQ ID NO: 3, or - encoded by the cDNA of sequence SEQ ID NO: 4, or a variant thereof by virtue of the degeneracy of the genetic code, or a variant cDNA having at least 85 % of identity to the entire length SEQ ID NO: 4. - consisting of sequence SEQ ID NO: 3, or a variant polypeptide having at least 85 % of identity to the entire length SEQ ID NO: 3, or a variant consisting of a fragment of at least 20 consecutive amino acids of SEQ ID NO: 3, or - encoded by the cDNA of sequence SEQ ID NO: 4, or a variant thereof by virtue of the degeneracy of the genetic code, or a variant cDNA having at least 85 % of identity to the entire length SEQ ID NO: 4.
A gas turbine engine comprising: a combustor section ; a fan section along an engine axis (X) forward of said combustor section ; a low pressure turbine section along said engine axis (X) aft of said combustor section ; a bypass flow path and an intermediate flow path , wherein the intermediate flow path splits into a core flow path and a second stream bypass flow path each radially inward of said bypass flow path ; a mixed flow exhaust nozzle which receives a mixed flow from the second stream bypass flow path and the core flow path ; and an intercooling turbine section along said engine axis (X) aft of said fan section and forward of said combustor section , wherein said intercooling turbine section includes an upstream intercooling turbine variable vane , an intercooling turbine rotor and a downstream intercooling turbine variable vane , wherein said intercooling turbine section is situated in said intermediate flow path. a combustor section ; a fan section along an engine axis (X) forward of said combustor section ; a low pressure turbine section along said engine axis (X) aft of said combustor section ; a bypass flow path and an intermediate flow path , wherein the intermediate flow path splits into a core flow path and a second stream bypass flow path each radially inward of said bypass flow path ; a mixed flow exhaust nozzle which receives a mixed flow from the second stream bypass flow path and the core flow path ; and an intercooling turbine section along said engine axis (X) aft of said fan section and forward of said combustor section , wherein said intercooling turbine section includes an upstream intercooling turbine variable vane , an intercooling turbine rotor and a downstream intercooling turbine variable vane , wherein said intercooling turbine section is situated in said intermediate flow path.
A CD209-binding compound for use in a method of suppressing fibrocyte or profibrotic macrophage formation, wherein the compound is Compound 1 and is administered to monocytes in a target location in a lung of a mammal that has fibrosis or a fibrosing disease affecting the lung.
A surface cleaning apparatus comprising: an upright body ; a base coupled with the upright body and adapted for movement across a surface to be cleaned, the base comprising a base housing and a nozzle assembly coupled to the base housing ; a recovery system comprising a suction nozzle provided on the base and defining a dirty inlet , a suction source in fluid communication with the suction nozzle for generating a working air stream, a recovery tank on the upright body , and at least one exhaust vent defining a clean air outlet ; a fluid delivery system comprising a supply tank on the upright body , a pump , and a fluid distributor ; a brushroll removably mounted to the base housing and provided adjacent to the suction nozzle for agitating the surface to be cleaned; wherein the nozzle assembly comprises a removable nozzle housing defining a brush chamber that partially encloses the brushroll ; a brushroll motor in the base housing and configured to be operably coupled to the brushroll ; characterised by , a brushroll latch on an end of the brushroll , wherein a portion of the brushroll latch forms a portion of a sidewall of the base housing when the brushroll is mounted to the base housing ; and a mating component on the base housing , wherein the brushroll latch is received by the mating component to mount the brushroll to the base ; wherein the portion of the brushroll latch that forms a portion of the sidewall of the base housing is captured by the nozzle assembly when installed on the base housing to prevent unintended release of the brushroll . an upright body ; a base coupled with the upright body and adapted for movement across a surface to be cleaned, the base comprising a base housing and a nozzle assembly coupled to the base housing ; a recovery system comprising a suction nozzle provided on the base and defining a dirty inlet , a suction source in fluid communication with the suction nozzle for generating a working air stream, a recovery tank on the upright body , and at least one exhaust vent defining a clean air outlet ; a fluid delivery system comprising a supply tank on the upright body , a pump , and a fluid distributor ; a brushroll removably mounted to the base housing and provided adjacent to the suction nozzle for agitating the surface to be cleaned; wherein the nozzle assembly comprises a removable nozzle housing defining a brush chamber that partially encloses the brushroll ; a brushroll motor in the base housing and configured to be operably coupled to the brushroll ; characterised by , a brushroll latch on an end of the brushroll , wherein a portion of the brushroll latch forms a portion of a sidewall of the base housing when the brushroll is mounted to the base housing ; and a mating component on the base housing , wherein the brushroll latch is received by the mating component to mount the brushroll to the base ; wherein the portion of the brushroll latch that forms a portion of the sidewall of the base housing is captured by the nozzle assembly when installed on the base housing to prevent unintended release of the brushroll .
Process for producing an ammonia synthesis gas comprising the steps of: (a) providing a separate stream comprising nitrogen by pressure swing absorption of ambient air; (b) providing a separate stream comprising hydrogen by electrolysis of water and/or steam; (c) combining the separate streams obtained in steps a) and b) into a mixed stream comprising hydrogen and nitrogen; (d) pressurizing the mixed stream from step (c); and (e) removing residual amounts of oxygen further contained in the mixed stream by catalytic hydrogenation of the oxygen with a part of the hydrogen contained in the mixed stream upstream step (d) and/or downstream step (d) and/or during step (d) to produce the ammonia synthesis gas, wherein the mixed stream comprising hydrogen and nitrogen is pressurized in an ammonia synthesis gas compressor upstream the catalytic hydrogenation. (a) providing a separate stream comprising nitrogen by pressure swing absorption of ambient air; (b) providing a separate stream comprising hydrogen by electrolysis of water and/or steam; (c) combining the separate streams obtained in steps a) and b) into a mixed stream comprising hydrogen and nitrogen; (d) pressurizing the mixed stream from step (c); and (e) removing residual amounts of oxygen further contained in the mixed stream by catalytic hydrogenation of the oxygen with a part of the hydrogen contained in the mixed stream upstream step (d) and/or downstream step (d) and/or during step (d) to produce the ammonia synthesis gas, wherein the mixed stream comprising hydrogen and nitrogen is pressurized in an ammonia synthesis gas compressor upstream the catalytic hydrogenation.
A medicament for use in treating a pediatric cancerous solid tumor in a mammalian subject, wherein the medicament is a halogenated xanthene or pharmaceutically acceptable salt thereof, and wherein the use comprises eliciting ablation of tumor cells by intralesionally administering the halogenated xanthene or pharmaceutically acceptable salt thereof wherein the halogenated xanthene or pharmaceutically acceptable salt thereof is Rose Bengal or a pharmaceutically acceptable salt thereof.
A processor-implemented method, comprising: detecting a face region in an input image ; generating , based on the detected face region, weight map data related to a face location in the input image; generating concatenated data by concatenating the weight map data with feature data generated from inputting the input image to an intermediate layer of a liveness test model or image data of the input image, the liveness test model comprising a convolutional neural network; providing the generated concatenated data to a second intermediate layer of the liveness test model that is above the first intermediate layer or to an input layer of the liveness test model, respectively; andgenerating a liveness test result based on a liveness score generated by the liveness test model provided with the concatenated data, characterised in that the weight map data comprises a first region corresponding to the face region in the input image and a second region corresponding to a non-face region in the input image; and a weight of the first region and a weight of the second region are different from each other, and a weight of the weight map data varies based on a distance from a center of the face region. detecting a face region in an input image ; generating , based on the detected face region, weight map data related to a face location in the input image; generating concatenated data by concatenating the weight map data with feature data generated from inputting the input image to an intermediate layer of a liveness test model or image data of the input image, the liveness test model comprising a convolutional neural network; providing the generated concatenated data to a second intermediate layer of the liveness test model that is above the first intermediate layer or to an input layer of the liveness test model, respectively; andgenerating a liveness test result based on a liveness score generated by the liveness test model provided with the concatenated data, characterised in that the weight map data comprises a first region corresponding to the face region in the input image and a second region corresponding to a non-face region in the input image; and a weight of the first region and a weight of the second region are different from each other, and a weight of the weight map data varies based on a distance from a center of the face region.