mhurhangee/patent-ind-claim-en huggingface dataset:
A method in a wireless local area network, LAN, system supporting multiple frequency bands, the method comprising: generating, by a transmitting apparatus, a short training field, STF, signal; and transmitting, by the transmitting apparatus, a physical protocol data unit, PPDU, including the STF signal to a receiving apparatus, wherein the STF signal is generated based on an STF sequence including a M sequence, wherein the STF sequence is defined as shown below: {M, -1, -M, 0, M, -1, M}*(1+j)/sqrt , wherein sqrt() denotes a square root and j denotes an imaginary number, and wherein the M sequence has a length of 15 bits and is defined as shown below: M={-1, -1, -1, 1, 1, 1, -1, 1, 1, 1, -1, 1, 1, -1, 1}. generating, by a transmitting apparatus, a short training field, STF, signal; and transmitting, by the transmitting apparatus, a physical protocol data unit, PPDU, including the STF signal to a receiving apparatus, wherein the STF signal is generated based on an STF sequence including a M sequence, wherein the STF sequence is defined as shown below: {M, -1, -M, 0, M, -1, M}*(1+j)/sqrt , wherein sqrt() denotes a square root and j denotes an imaginary number, and wherein the M sequence has a length of 15 bits and is defined as shown below: M={-1, -1, -1, 1, 1, 1, -1, 1, 1, 1, -1, 1, 1, -1, 1}. {M, -1, -M, 0, M, -1, M}*(1+j)/sqrt , wherein sqrt() denotes a square root and j denotes an imaginary number, and wherein the M sequence has a length of 15 bits and is defined as shown below: M={-1, -1, -1, 1, 1, 1, -1, 1, 1, 1, -1, 1, 1, -1, 1}.
Working aid comprising a stand , which has a longitudinal axis (L), wherein a stand element for setting the working aid down on the ground and a support for a workpiece are arranged on the stand , and the support comprises two first rotatable elements , characterised in that there is a pivot element , on which a second rotatable element is arranged, wherein the second rotatable element is arranged so as to be pivotable, by means of the pivot element , from a rest position below the support surface of the first rotatable elements into a working position above the support surface of the first rotatable elements .
A client node for handling content delivery in the client node , the client node comprising processing circuitry implementing a trusted entity , an application entity and a Multimedia Broadcast Multicast Services, MBMS, entity , wherein the trusted entity is provided in, or co-located with, the application entity or provided in, or co-located with, the MBMS entity and the client node is configured to: register, by the application entity and with the MBMS entity , for enabling the client node to receive content delivered by encrypted unicast transmission and to receive the content delivered by broadcast transmission; selectively control, by the trusted entity , reception of the content in a media player of the client node between reception of the encrypted unicast transmission and broadcast transmission by: determining, by the MBMS entity , whether or not the content is available for delivery by broadcast transmission; and responsive to determining, by the MBMS entity , that the content is not available for delivery by broadcast transmission, providing, by the MBMS entity and to the application entity , a notification that the content is not available for delivery by broadcast transmission, and providing, by the application entity and to the media player , an indication to initiate reception of the content delivered by the encrypted unicast transmission. register, by the application entity and with the MBMS entity , for enabling the client node to receive content delivered by encrypted unicast transmission and to receive the content delivered by broadcast transmission; selectively control, by the trusted entity , reception of the content in a media player of the client node between reception of the encrypted unicast transmission and broadcast transmission by: determining, by the MBMS entity , whether or not the content is available for delivery by broadcast transmission; and responsive to determining, by the MBMS entity , that the content is not available for delivery by broadcast transmission, providing, by the MBMS entity and to the application entity , a notification that the content is not available for delivery by broadcast transmission, and providing, by the application entity and to the media player , an indication to initiate reception of the content delivered by the encrypted unicast transmission. determining, by the MBMS entity , whether or not the content is available for delivery by broadcast transmission; and responsive to determining, by the MBMS entity , that the content is not available for delivery by broadcast transmission, providing, by the MBMS entity and to the application entity , a notification that the content is not available for delivery by broadcast transmission, and providing, by the application entity and to the media player , an indication to initiate reception of the content delivered by the encrypted unicast transmission.
A battery cell connector, comprising: a plurality of segments, comprising: a first terminal segment that includes one or more first connecting elements for a battery pole of a first battery cell; a second terminal segment that includes one or more second connecting elements for a battery pole of a second battery cell; one or more additional segments connecting the first terminal segment to the second terminal segment , each additional segment defining a respective plane and having a respective longitudinal axis; and a plurality of bends coupling the plurality of segments together into a 3-D object, each bend located between a unique pair of adjacent segments of the plurality of segments, wherein the unique pair of adjacent segments define two distinct respective planes, wherein the one or more first connecting elements are electrically coupled with the one or more second connecting elements, wherein the plurality of bends includes a first bend having a first bending axis and a second bend having a second bending axis that is substantially perpendicular to the first bending axis ; and the first terminal segment and the second terminal segment are substantially perpendicular to each other; characterized in that the first terminal segment is not parallel to the second terminal segment ; wherein the plurality of segments has an L-shaped opening. a plurality of segments, comprising: a first terminal segment that includes one or more first connecting elements for a battery pole of a first battery cell; a second terminal segment that includes one or more second connecting elements for a battery pole of a second battery cell; one or more additional segments connecting the first terminal segment to the second terminal segment , each additional segment defining a respective plane and having a respective longitudinal axis; and a first terminal segment that includes one or more first connecting elements for a battery pole of a first battery cell; a second terminal segment that includes one or more second connecting elements for a battery pole of a second battery cell; one or more additional segments connecting the first terminal segment to the second terminal segment , each additional segment defining a respective plane and having a respective longitudinal axis; and a plurality of bends coupling the plurality of segments together into a 3-D object, each bend located between a unique pair of adjacent segments of the plurality of segments, wherein the unique pair of adjacent segments define two distinct respective planes, wherein the one or more first connecting elements are electrically coupled with the one or more second connecting elements, wherein the plurality of bends includes a first bend having a first bending axis and a second bend having a second bending axis that is substantially perpendicular to the first bending axis ; and the first terminal segment and the second terminal segment are substantially perpendicular to each other; characterized in that the first terminal segment is not parallel to the second terminal segment ; wherein the plurality of segments has an L-shaped opening.
A phased-array antenna device comprising: a first antenna element , said phased-array antenna device further comprising: a first preamplifier configured to amplify a signal obtained from the first antenna element; a first band pass filted BPF configured to pass only a signal in a predetermined frequency band from an output signal of the first preamplifier ; a first analog to digital A/D converter configured to convert an output signal of the first BPF into digital data; a first FFT configured to perform a Fourier transform on data output from the first A/D converter; a second antenna element arranged apart from the first antenna element by a predetermined distance; a second preamplifier that amplifies a signal obtained from the second antenna element; a second BPF configured to pass only a signal in the same frequency band as the first BPF from an output signal of the second preamplifier; a second A/D converter configured to convert an output signal of the second BPF into digital data; a second FFT configured to perform a Fourier transform on data output from the second A/D converter; a first cross-spectrum calculation unit configured to multiply output data of the first FFT and output data of the second FFT for the same complex frequency component after converting one of the output data of the first FFT and the output data of the second FFT into a conjugate complex number; and a clock control unit that is configured to supply a sampling clock whose output timing is shifted relative to the first and second A/D converters. a first preamplifier configured to amplify a signal obtained from the first antenna element; a first band pass filted BPF configured to pass only a signal in a predetermined frequency band from an output signal of the first preamplifier ; a first analog to digital A/D converter configured to convert an output signal of the first BPF into digital data; a first FFT configured to perform a Fourier transform on data output from the first A/D converter; a second antenna element arranged apart from the first antenna element by a predetermined distance; a second preamplifier that amplifies a signal obtained from the second antenna element; a second BPF configured to pass only a signal in the same frequency band as the first BPF from an output signal of the second preamplifier; a second A/D converter configured to convert an output signal of the second BPF into digital data; a second FFT configured to perform a Fourier transform on data output from the second A/D converter; a first cross-spectrum calculation unit configured to multiply output data of the first FFT and output data of the second FFT for the same complex frequency component after converting one of the output data of the first FFT and the output data of the second FFT into a conjugate complex number; and a clock control unit that is configured to supply a sampling clock whose output timing is shifted relative to the first and second A/D converters.
A winding assembly for an electrical machine, the winding assembly comprising a monolithic electrically insulating body having a first channel defining a first winding path, the first channel being filled with an electrically conducting material , characterised in that an average spatial separation between first and second turns of the first winding path is larger than an average spatial separation between the second and subsequent turns of the first winding path.
A nucleic acid sequence encoding a modified live, attenuated dengue-2 virus strain PDK-53-V polypeptide, wherein the nucleic acid sequence encoding the modified live, attenuated dengue-2 virus strain PDK-53-V polypeptide comprises a guanine to cytosine mutation at position 6481 wherein amino acid position 2129 corresponding to NS4A-36 is a proline instead of an alanine, and at least one mutation of an adenine to guanine mutation at position 592 wherein amino acid position 166 corresponding to prM-52 is a glutamic acid instead of a lysine and an adenine to guanine mutation at position 8803 wherein amino acid position 2903 corresponding to NS5-412 is a valine instead of a isoleucine.
A method of analyzing data, comprising: tracking error events ; classifying the error events based on a number of errors included in each event, wherein classifying the error events includes classifying each error event based on a number of consecutive network packets affected by the error event; using a processor to determine a desired level of error event to be able to be corrected in order to maintain an acceptable rate of uncorrected errors, wherein determining the desired level of error event to be able to be corrected includes analyzing a distribution of the classifications of the number of consecutive network packets affected by each error event and selecting a number based on the distribution of the classifications; and selecting a redundancy level so that new error events corresponding to the desired level of error event or a lower level of error event are corrected, wherein real-time communication data to be sent is segmented into real-time communication data frames and the selected redundancy level indicates a number of copies of a real-time communication data frame of the real-time communication data frames to be sent, each copy of the real-time communication data frame is included in a different network packet, and the number of real-time communication data frames to be included in a single network packet to be sent is based at least in part on the selected redundancy level, characterized in that the copies of the same corresponding real-time communication data frame included in the different network packets are encoded in two or more different encoding qualities. tracking error events ; classifying the error events based on a number of errors included in each event, wherein classifying the error events includes classifying each error event based on a number of consecutive network packets affected by the error event; using a processor to determine a desired level of error event to be able to be corrected in order to maintain an acceptable rate of uncorrected errors, wherein determining the desired level of error event to be able to be corrected includes analyzing a distribution of the classifications of the number of consecutive network packets affected by each error event and selecting a number based on the distribution of the classifications; and selecting a redundancy level so that new error events corresponding to the desired level of error event or a lower level of error event are corrected, wherein real-time communication data to be sent is segmented into real-time communication data frames and the selected redundancy level indicates a number of copies of a real-time communication data frame of the real-time communication data frames to be sent, each copy of the real-time communication data frame is included in a different network packet, and the number of real-time communication data frames to be included in a single network packet to be sent is based at least in part on the selected redundancy level, characterized in that the copies of the same corresponding real-time communication data frame included in the different network packets are encoded in two or more different encoding qualities.
Spacer for multiple cables of an overhead line, having a carrier to which multiple clamps for in each case one cable are fastened, wherein a respective clamp has a clamping arm which is fastened to the carrier , wherein an elastic damping element acting between the clamping arm and the carrier is arranged, wherein, for a respective clamping arm , the carrier has an accommodating space which is delimited by a wall and in which the damping element lies without play and preferably under preload, and wherein the clamping arm has a pin receptacle and the wall has oppositely situated pin guides and the clamping arm is fastened in the accommodating space via a pin which is guided from the outside through the pin guides and through the pin receptacle , wherein furthermore the carrier is designed as a one-piece cast component and/or the damping element consists of a semiconductive material, characterized in that the damping element has a hollow peg which is plugged into the pin receptacle and through which the pin is guided without play.
A microparticle filter suitable for filtering microparticles from effluent from a textile treatment apparatus, the filter comprising: a filter chamber comprising chamber walls , an inlet and an outlet ; a filter medium contained within the filter chamber , the filter medium configured to filter microparticles from the effluent forming a filter residue and providing a filtered effluent to the outlet ; a filter residue collection chamber located external to the filter chamber ; a filter residue removal apparatus; and wherein the chamber walls comprise an opening and a moveable member movable between a first and a second configuration; wherein: in the first configuration the moveable member cooperates with the chamber walls to seal the filter chamber so entry of the effluent into the filter chamber is through the inlet only, and exit of the filtered effluent from the filter chamber is through the outlet only; and in the second configuration the moveable member has moved to provide an opening in the chamber walls so that the filter residue removal apparatus is operable to remove filter residue from the within the filter chamber to the filter residue collection chamber through the opening ; characterised in that : the filter medium comprises a central axis through the centre of the filter medium and the filter medium is rotatable around the central axis ; and the filter residue removal apparatus comprises a rotary actuator configured to rotate the filter medium to throw filter residue off the filter medium . a filter chamber comprising chamber walls , an inlet and an outlet ; a filter medium contained within the filter chamber , the filter medium configured to filter microparticles from the effluent forming a filter residue and providing a filtered effluent to the outlet ; a filter residue collection chamber located external to the filter chamber ; a filter residue removal apparatus; and in the first configuration the moveable member cooperates with the chamber walls to seal the filter chamber so entry of the effluent into the filter chamber is through the inlet only, and exit of the filtered effluent from the filter chamber is through the outlet only; and in the second configuration the moveable member has moved to provide an opening in the chamber walls so that the filter residue removal apparatus is operable to remove filter residue from the within the filter chamber to the filter residue collection chamber through the opening ; characterised in that : the filter medium comprises a central axis through the centre of the filter medium and the filter medium is rotatable around the central axis ; and the filter residue removal apparatus comprises a rotary actuator configured to rotate the filter medium to throw filter residue off the filter medium . the filter medium comprises a central axis through the centre of the filter medium and the filter medium is rotatable around the central axis ; and the filter residue removal apparatus comprises a rotary actuator configured to rotate the filter medium to throw filter residue off the filter medium .
A method for reporting sensor data from a vehicle sensor to a sensor data processing system , the method comprising obtaining (S1) an estimated road surface geometry in a first region that is positioned in a vicinity of the vehicle sensor in the vehicle's heading direction (v ego ), obtaining (S11) the estimated road surface geometry based on sensor data acquired by the vehicle sensor , wherein the sensor data is associated with a sensor field of view up to a sensor field horizon , characterized in that the method further comprises obtaining (S2) a predicted road surface geometry in a second region that is positioned beyond the first region in the vehicle's heading direction (v ego ), where the sensor field horizon separates the two regions , obtaining (S3) one or more sensor detections of the vehicle sensor in the second region , determining (S4) a first sub-set of sensor detections out of the one or more sensor detections in the second region by selecting sensor detections comprised within the predicted road surface geometry , and reporting (S5) only the first sub-set of sensor detections as sensor data from the vehicle sensor to the sensor data processing system . obtaining (S1) an estimated road surface geometry in a first region that is positioned in a vicinity of the vehicle sensor in the vehicle's heading direction (v ego ), obtaining (S11) the estimated road surface geometry based on sensor data acquired by the vehicle sensor , wherein the sensor data is associated with a sensor field of view up to a sensor field horizon , characterized in that the method further comprises obtaining (S2) a predicted road surface geometry in a second region that is positioned beyond the first region in the vehicle's heading direction (v ego ), where the sensor field horizon separates the two regions , obtaining (S3) one or more sensor detections of the vehicle sensor in the second region , determining (S4) a first sub-set of sensor detections out of the one or more sensor detections in the second region by selecting sensor detections comprised within the predicted road surface geometry , and reporting (S5) only the first sub-set of sensor detections as sensor data from the vehicle sensor to the sensor data processing system .
A plasma sterilization apparatus comprising: a voltage-applying unit configured to apply a voltage to a sterilization target having conductivity; a pair of electrodes configured to apply, in a discharged state, the voltage applied by said voltage-applying unit to said sterilization target via a dielectric, and wherein at least one of said pair of electrodes comprises plural pairs of contact pieces for contacting said sterilization target, each of said contact pieces being flexible and comprising a conductor covered with said dielectric; and a position changing unit configured to change a relative position between said pair of electrodes and said sterilization target. a voltage-applying unit configured to apply a voltage to a sterilization target having conductivity; a pair of electrodes configured to apply, in a discharged state, the voltage applied by said voltage-applying unit to said sterilization target via a dielectric, and wherein at least one of said pair of electrodes comprises plural pairs of contact pieces for contacting said sterilization target, each of said contact pieces being flexible and comprising a conductor covered with said dielectric; and a position changing unit configured to change a relative position between said pair of electrodes and said sterilization target.