mhurhangee/patent-ind-claim-en huggingface dataset:
An antenna arrangement for a radio transceiver device , the antenna arrangement comprising: at least two antenna arrays , wherein at least one of the at least two antenna arrays has antenna elements of two polarizations, and wherein the antenna elements of one polarization of each of the at least two antenna arrays define a respective set of antenna elements ; at least two baseband chains ; a switching network configured to selectively operatively connect each of the at least two baseband chains with a set of antenna elements such by that no two baseband chains are operatively connected to one and the same set of antenna elements ; and wherein each of the at least one antenna array having antenna elements of two polarizations is operatively connected to the switching network via a respective hybrid connector configured to provide a signal from one of the baseband chains to antenna elements of both polarizations. at least two antenna arrays , wherein at least one of the at least two antenna arrays has antenna elements of two polarizations, and wherein the antenna elements of one polarization of each of the at least two antenna arrays define a respective set of antenna elements ; at least two baseband chains ; a switching network configured to selectively operatively connect each of the at least two baseband chains with a set of antenna elements such by that no two baseband chains are operatively connected to one and the same set of antenna elements ; and wherein each of the at least one antenna array having antenna elements of two polarizations is operatively connected to the switching network via a respective hybrid connector configured to provide a signal from one of the baseband chains to antenna elements of both polarizations.
A superconducting switch system for providing switch control of an input signal (SIG IN ), comprising: a filter network having an input portion and an output portion, wherein the input portion comprises one or more input resonators formed of a first capacitor (C 1 , C A ), an inductor (L S1 , L H1 ), and a first inductor (L 1 , L A ), and wherein the output portion comprises one or more output resonators formed of a second capacitor (C 2 , C B ), another inductor (L S2 , L H2 ), and a second inductor (L 2 , L B ); a Josephson junction (J 1 , J A ) that couples the input portion to the output portion, the Josephson junction (J 1 , J A ) having, in an ON state of the superconducting switch system, a first inductance state that allows a desired bandwidth portion of the input signal (SIG IN ) to pass from the input portion to the output portion as an output signal (SIG OUT ), and in an OFF state of the superconducting switch system, a second inductance state that suppresses the desired bandwidth portion of the input signal (SIG IN ) from passing from the input portion to the output portion wherein the Josephson junction (J 1 , J A ) is coupled on a first end to the first inductor (L 1 , L A ) and on a second end to the second inductor (L 2 , L B ), such that the first inductor (L 1 , L A ), the Josephson junction (J 1 , J A ) and the second inductor (L 2 , L B ) form a Superconducting Quantum Interference Device, SQUID, ; and a switch controller configured to control the switching of the Josephson junction (J 1 , J A ) between the first inductance state and the second inductance state. a filter network having an input portion and an output portion, wherein the input portion comprises one or more input resonators formed of a first capacitor (C 1 , C A ), an inductor (L S1 , L H1 ), and a first inductor (L 1 , L A ), and wherein the output portion comprises one or more output resonators formed of a second capacitor (C 2 , C B ), another inductor (L S2 , L H2 ), and a second inductor (L 2 , L B ); a Josephson junction (J 1 , J A ) that couples the input portion to the output portion, the Josephson junction (J 1 , J A ) having, in an ON state of the superconducting switch system, a first inductance state that allows a desired bandwidth portion of the input signal (SIG IN ) to pass from the input portion to the output portion as an output signal (SIG OUT ), and in an OFF state of the superconducting switch system, a second inductance state that suppresses the desired bandwidth portion of the input signal (SIG IN ) from passing from the input portion to the output portion wherein the Josephson junction (J 1 , J A ) is coupled on a first end to the first inductor (L 1 , L A ) and on a second end to the second inductor (L 2 , L B ), such that the first inductor (L 1 , L A ), the Josephson junction (J 1 , J A ) and the second inductor (L 2 , L B ) form a Superconducting Quantum Interference Device, SQUID, ; and a switch controller configured to control the switching of the Josephson junction (J 1 , J A ) between the first inductance state and the second inductance state.
Apparatus for the additive manufacture of at least one workpiece , the apparatus comprising at least one light source for emitting light in an operating state of the apparatus , a support element which is transmissive to the light of the light source and is arranged essentially horizontally in the operating state, so that fusible granules can be arranged on an upper side of the support element , wherein the beam path of the light in the operating state is such that the light impinges on the support element from an underside with at least one directional component parallel to a first direction , which faces from the underside of the support element opposite the upper side to the upper side , the apparatus further comprising a workpiece holder , which, as viewed in the first direction , is arranged behind the upper side of the support element , wherein the support element and/or the workpiece holder are movable by means of at least one displacement means with at least one directional component parallel and antiparallel to the first direction , the apparatus further comprising at least one focusing means which is adapted to focus the light , as viewed in the first direction , behind the upper side of the support element in order to be able to melt a layer of the granules spaced from the upper side of the support element with the light in the operating state, characterized in that one or more end elements are provided which can be moved with at least one directional component perpendicular to the first direction in order to be arranged in substantially close contact with the workpiece .
A urine analysis device comprising a housing configured to be positioned entirely within a toilet , the housing having a front face for receiving a stream of urine directly from a user urinating on the toilet, a rear face opposite the front face, and a collection port , and wherein the housing contains a test assembly configured to perform an analysis on urine collected through the collection port, characterised in that the collection orifice is disposed on the front face or on the rear face, in that the collection orifice is located in a recess forming an inlet for urine towards the collection orifice, in that the recess comprises two lateral grooves extending from an edge of the housing towards a central part of the recess , the collection orifice being located in the central part . the housing having a front face for receiving a stream of urine directly from a user urinating on the toilet, a rear face opposite the front face, and a collection port , and wherein the housing contains a test assembly configured to perform an analysis on urine collected through the collection port, characterised in that the collection orifice is disposed on the front face or on the rear face, in that the collection orifice is located in a recess forming an inlet for urine towards the collection orifice, in that the recess comprises two lateral grooves extending from an edge of the housing towards a central part of the recess , the collection orifice being located in the central part .
A calibration method for calibrating a body fluid component measuring instrument configured to include a measurement optical system for projecting light on a measurement surface of a test strip that contains a chromogenic reagent that reacts with a component in a body fluid and detecting reflected light, and configured to measure the component in the body fluid based on a detection light quantity of the reflected light obtained by the measurement optical system , the calibration method comprising: a measurement step of measuring an offset of a reflection point (R) on the measurement surface , the offset representing a deviation amount of an actual optical path (Lr) of the measurement optical system with respect to a reference optical path (Ls) of the measurement optical system , the measurement optical system being mounted on a calibration target instrument that is the body fluid component measuring instrument as a calibration target; and a determination step of calculating a correction light quantity to be uniformly added or subtracted to/from the detection light quantity based on the measured offset and determining a calibration curve for the calibration target instrument based on the correction light quantity. a measurement step of measuring an offset of a reflection point (R) on the measurement surface , the offset representing a deviation amount of an actual optical path (Lr) of the measurement optical system with respect to a reference optical path (Ls) of the measurement optical system , the measurement optical system being mounted on a calibration target instrument that is the body fluid component measuring instrument as a calibration target; and a determination step of calculating a correction light quantity to be uniformly added or subtracted to/from the detection light quantity based on the measured offset and determining a calibration curve for the calibration target instrument based on the correction light quantity.
Method wherein a state of an integrated circuit between a first state (CLOSED), allowing a reading access to a first area of fuse-type non-volatile memory by a processing unit , and a second state (OPEN), forbidding the reading access to said memory to the processing unit , is conditioned to a verification, by a finite state machine , of values of a first fuse word (WORD1) of said memory, representative of a number of transitions to said first state and of a second fuse word (WORD2) of said memory, representative of a number of transitions to said second state.
A method for operating a semiconductor module with a reverse conducting IGBT connected in parallel with a wide bandgap MOSFET , wherein each of the reverse conducting IGBT and the wide bandgap MOSFET comprises an internal anti-parallel diode , the method comprising the steps of: determining a reverse conduction start time (ts), in which the semiconductor module starts to conduct a current (I R ) in a reverse direction, which reverse direction is a conducting direction of the internal anti-parallel diodes ; applying a positive gate signal (V GS ) to the wide bandgap MOSFET after the reverse conduction start time (t S ); determining a reverse conduction end time (t E ) based on the reverse conduction start time (t S ), in which the semiconductor module ends to conduct a current (I R ) in the reverse direction, wherein the reverse conduction end time (t E ) is determined by adding an offset to the reverse conduction start time (t S ); applying a reduced gate signal (V GS ) to the wide bandgap MOSFET a blanking time interval (t bl ) before the reverse conduction end time (t E ), the reduced gate signal (V GS ) being adapted for switching the wide bandgap MOSFET into a blocking state. determining a reverse conduction start time (ts), in which the semiconductor module starts to conduct a current (I R ) in a reverse direction, which reverse direction is a conducting direction of the internal anti-parallel diodes ; applying a positive gate signal (V GS ) to the wide bandgap MOSFET after the reverse conduction start time (t S ); determining a reverse conduction end time (t E ) based on the reverse conduction start time (t S ), in which the semiconductor module ends to conduct a current (I R ) in the reverse direction, wherein the reverse conduction end time (t E ) is determined by adding an offset to the reverse conduction start time (t S ); applying a reduced gate signal (V GS ) to the wide bandgap MOSFET a blanking time interval (t bl ) before the reverse conduction end time (t E ), the reduced gate signal (V GS ) being adapted for switching the wide bandgap MOSFET into a blocking state.
A system comprising: a processor ; a touchscreen display interacting with the processor ; an interface application executable by the processor to control the touchscreen display , wherein the interface application is configured to control the touchscreen display to provide user interface controls , the user interface controls (215-235) including a first user interface control (215-235) provided on a first layer of a multilayer display arrangement of a user interface and a second user interface control (215-235) provided on a second layer of the multilayer display arrangement that overlaps the first layer , wherein the interface application is configured to: determine a motion magnitude of a manipulation of the touchscreen display , based on a determination that the motion magnitude of the manipulation does not exceed a threshold value, execute a hierarchical search of the first layer and the second layer to identify a selection of a user interface control (215-235) of the user interface controls (215-235) that is proximate to the manipulation; and identify a gesture based on a determination that the motion magnitude of the manipulation exceeds the threshold value. a processor ; a touchscreen display interacting with the processor ; an interface application executable by the processor to control the touchscreen display , wherein the interface application is configured to control the touchscreen display to provide user interface controls , the user interface controls (215-235) including a first user interface control (215-235) provided on a first layer of a multilayer display arrangement of a user interface and a second user interface control (215-235) provided on a second layer of the multilayer display arrangement that overlaps the first layer , wherein the interface application is configured to: determine a motion magnitude of a manipulation of the touchscreen display , based on a determination that the motion magnitude of the manipulation does not exceed a threshold value, execute a hierarchical search of the first layer and the second layer to identify a selection of a user interface control (215-235) of the user interface controls (215-235) that is proximate to the manipulation; and identify a gesture based on a determination that the motion magnitude of the manipulation exceeds the threshold value. determine a motion magnitude of a manipulation of the touchscreen display , based on a determination that the motion magnitude of the manipulation does not exceed a threshold value, execute a hierarchical search of the first layer and the second layer to identify a selection of a user interface control (215-235) of the user interface controls (215-235) that is proximate to the manipulation; and identify a gesture based on a determination that the motion magnitude of the manipulation exceeds the threshold value.
An oligomeric compound comprising a modified oligonucleotide for use in ameliorating or preventing at least one symptom of a neurodegenerative disease, wherein the modified oligonucleotide consists of 12 to 30 linked nucleosides, wherein the modified oligonucleotide has a nucleobase sequence that is at least 90% complementary to a C9ORF72 nucleic acid, wherein the modified oligonucleotide has a nucleobase sequence comprising at least 12, at least 13, at least 14, at least 15, at least 16, at least 17, or 18 contiguous nucleobases of SEQ ID NO: 6, and wherein the at least one symptom is any of anxiety, reduced spatial learning, and memory loss.
A power system for a turbine-based energy generation system including an electric generator and an auxiliary load , comprising: a main converter ; an auxiliary converter ; characterized by : a switch module interposed between the electric generator and the main and auxiliary converters ; and a controller operable to close the switch module so that the electric generator is coupled to the main and auxiliary converters when a power generation criterion exceeds a first threshold and open the switch module so that the electric generator is decoupled from the main and auxiliary converters when the power generation criterion is below a second threshold. wherein the main converter is operable to deliver power generated by the electric generator to a power collection system external to the turbine-based energy generation system when the main converter is coupled to the generator and deliver power provided from the power collection system to the auxiliary converter when the main converter is decoupled from the generator , wherein the auxiliary converter is operable to deliver power generated by the electric generator to the auxiliary load when the auxiliary converter is coupled to the generator and deliver the power provided by the main converter from the power collection system to the auxiliary load when the auxiliary converter is decoupled from the generator . a main converter ; an auxiliary converter ; characterized by : a switch module interposed between the electric generator and the main and auxiliary converters ; and a controller operable to close the switch module so that the electric generator is coupled to the main and auxiliary converters when a power generation criterion exceeds a first threshold and open the switch module so that the electric generator is decoupled from the main and auxiliary converters when the power generation criterion is below a second threshold. a switch module interposed between the electric generator and the main and auxiliary converters ; and a controller operable to close the switch module so that the electric generator is coupled to the main and auxiliary converters when a power generation criterion exceeds a first threshold and open the switch module so that the electric generator is decoupled from the main and auxiliary converters when the power generation criterion is below a second threshold. wherein the main converter is operable to deliver power generated by the electric generator to a power collection system external to the turbine-based energy generation system when the main converter is coupled to the generator and deliver power provided from the power collection system to the auxiliary converter when the main converter is decoupled from the generator , wherein the auxiliary converter is operable to deliver power generated by the electric generator to the auxiliary load when the auxiliary converter is coupled to the generator and deliver the power provided by the main converter from the power collection system to the auxiliary load when the auxiliary converter is decoupled from the generator .
Method for at least partially regenerating a particulate filter (F) of a motor vehicle, the particulate filter (F) being provided with inlet and outlet sections of the exhaust gases of the vehicle, comprising the steps of: a) simultaneously feeding a flow of a washing liquid and a gas flow to the outlet section (FO) of the particulate filter (F) so that the particulate filter (F) is simultaneously passed through by the washing liquid and the gas, and b) discharging a slurry including said washing liquid and solid particles removed from the particulate filter (F) through the inlet section (FI) of the particulate filter (F), wherein said simultaneous flows of the washing liquid and of the gas are continuously fed to said particulate filter (F) for the entire duration of said washing step a); characterized in that said gas flow has a flow rate comprised in the range 300÷400 m 3 /h and a pressure comprised in the range 1÷2 bar. a) simultaneously feeding a flow of a washing liquid and a gas flow to the outlet section (FO) of the particulate filter (F) so that the particulate filter (F) is simultaneously passed through by the washing liquid and the gas, and b) discharging a slurry including said washing liquid and solid particles removed from the particulate filter (F) through the inlet section (FI) of the particulate filter (F),
A shrinking machine for fabrics ( T ), comprising: - at least one flexible belt for supporting and transporting a fabric (T), said flexible belt being arranged in a closed loop around at least one inlet roller and at least one outlet roller ; - at least one intermediate body of which at least one stretch of the outer surface identifies with a corresponding stretch of said flexible belt , between said two rollers a sliding channel for the fabric ( T ); characterized in comprising at least one limited-area pressure element disposed between said intermediate body and said flexible belt to define a pressure area having a shorter length of one or more orders of magnitude with respect to the width so as to be comparable to a line and which develops transversely to the feed direction of the fabric ( T ) to press the fabric ( T ) at a point of said sliding channel . - at least one flexible belt for supporting and transporting a fabric (T), said flexible belt being arranged in a closed loop around at least one inlet roller and at least one outlet roller ; - at least one intermediate body of which at least one stretch of the outer surface identifies with a corresponding stretch of said flexible belt , between said two rollers a sliding channel for the fabric ( T );
Method for sorting parcels, in which the parcels are transported (S02) by a conveyor in a direction (Dir) of movement to an operator (Op), and in which a control unit identifies (S04) each parcel to be sorted by means of an automatic reading of an identification element attached to said parcel and, in response to the identification, automatically determines (S06) a sorting outlet of said parcel where said parcel is to be transferred by the operator from the conveyor, said control unit being arranged to control light sources distributed along the conveyor in order to generate and control an indicator light for assistance in sorting said parcel in such a way that said indicator light moves with said parcel along the conveyor, characterized in that said method comprises the following steps: digital images comprising said parcel moving on the conveyor are acquired (S01), and, from said digital images, the control unit retrieves (S08), in real time, information (E, P) regarding a position of said parcel and a size thereof in the direction (Dir) of movement of the conveyor in order to track said parcel and, on the basis of this tracking, controls (S10), in real time, the light sources so as to produce the indicator light in the form of a light segment having a length (L) in the direction of movement which is substantially equal to the size (D) of the parcel in the direction of movement.