mhurhangee/patent-ind-claim-en huggingface dataset:
Control unit for a vehicle , wherein the control unit is configured - to detect a signalling installation in front of it, the signalling installation comprising at least one signal generator ; - to determine digital map information which indicates and/or enables an assignment of the at least one signal generator to at least one possible direction of travel of the vehicle at the signalling installation ; - to determine a reliability value indicating a reliability with which a signalling state of the signalling installation that is relevant to a direction of travel of the vehicle can be determined; - to operate a driving function of the vehicle on the basis of the digital map information and the reliability value, and - to determine, on the basis of the reliability value, whether or not the signalling state of the signalling installation that is relevant to the direction of travel of the vehicle can be determined with a sufficiently high level of reliability for automatic execution of the driving function; and - to generate a confirmation request to a user of the vehicle confirming the determined signalling state if it has been determined that the signalling state cannot be determined with a sufficiently high level of reliability. - to detect a signalling installation in front of it, the signalling installation comprising at least one signal generator ; - to determine digital map information which indicates and/or enables an assignment of the at least one signal generator to at least one possible direction of travel of the vehicle at the signalling installation ; - to determine a reliability value indicating a reliability with which a signalling state of the signalling installation that is relevant to a direction of travel of the vehicle can be determined; - to operate a driving function of the vehicle on the basis of the digital map information and the reliability value, and - to determine, on the basis of the reliability value, whether or not the signalling state of the signalling installation that is relevant to the direction of travel of the vehicle can be determined with a sufficiently high level of reliability for automatic execution of the driving function; and - to generate a confirmation request to a user of the vehicle confirming the determined signalling state if it has been determined that the signalling state cannot be determined with a sufficiently high level of reliability.
A method performed by a processor in a User Equipment , UE, the method comprising: receiving a control channel with a first aggregation level, AL, in a Transmission Time Interval, TTI; attempting to decode the control channel; in response to the control channel being successfully decoded, determining a first downlink control information, DCI, with a first number of bits based on the received control channel; determining whether to decode the first DCI to determine a second DCI with a second number of bits based on the first DCI; determining the second DCI with a second number of bits based on the decoded first DCI if determined to decode the first DCI; transmitting data according to the second DCI if the second DCI is an uplink, UL, grant; and receiving data according to the second DCI if the second DCI is a downlink, DL, assignment; wherein decoding the first DCI comprises channel decoding the first DCI, wherein the second number of bits of the second DCI is smaller than the first number of bits of the first DCI. receiving a control channel with a first aggregation level, AL, in a Transmission Time Interval, TTI; attempting to decode the control channel; in response to the control channel being successfully decoded, determining a first downlink control information, DCI, with a first number of bits based on the received control channel; determining whether to decode the first DCI to determine a second DCI with a second number of bits based on the first DCI; determining the second DCI with a second number of bits based on the decoded first DCI if determined to decode the first DCI; determining a first downlink control information, DCI, with a first number of bits based on the received control channel; determining whether to decode the first DCI to determine a second DCI with a second number of bits based on the first DCI; determining the second DCI with a second number of bits based on the decoded first DCI if determined to decode the first DCI; transmitting data according to the second DCI if the second DCI is an uplink, UL, grant; and receiving data according to the second DCI if the second DCI is a downlink, DL, assignment; wherein decoding the first DCI comprises channel decoding the first DCI, wherein the second number of bits of the second DCI is smaller than the first number of bits of the first DCI.
An optoelectronic device, characterised in that the optoelectronic device comprises a mixed-halide perovskite, wherein the mixed-halide perovskite has the formula [A][B][X] 3 wherein [A] is at least one cation, [B] is at least one cation, and [X] is two or more different halide anions, wherein one of the two or more different halide anions is iodide.
A storage container system, the system comprising: a plurality of storage containers each including a plurality of side walls, each of the side walls having a shield mounting point , wherein the plurality of storage containers are arrangable in a plurality of storage configurations, each storage configuration including a plurality of exposed side walls extending along an outermost portion of the storage configuration and exposed to the outside of the storage container system, the exposed side walls each formed by a side wall of storage container that is not mated with a side wall of an adjacent storage container; a plurality of shield panels each having a shield mounting point , each of the plurality of shield panels configured to be removably coupled to one of the plurality of exposed side walls; and a plurality of shield mounts configured to removably couple the plurality of shield panels to the plurality of exposed side walls. a plurality of storage containers each including a plurality of side walls, each of the side walls having a shield mounting point , wherein the plurality of storage containers are arrangable in a plurality of storage configurations, each storage configuration including a plurality of exposed side walls extending along an outermost portion of the storage configuration and exposed to the outside of the storage container system, the exposed side walls each formed by a side wall of storage container that is not mated with a side wall of an adjacent storage container; a plurality of shield panels each having a shield mounting point , each of the plurality of shield panels configured to be removably coupled to one of the plurality of exposed side walls; and a plurality of shield mounts configured to removably couple the plurality of shield panels to the plurality of exposed side walls.
An implantable electronic device adapted to be used with an implantable medical lead, the implantable medical lead comprising a proximal lead end , the implantable electronic device comprising: a housing ; a feedthru extending through the housing ; and a header connector assembly coupled to the housing and adapted to receive the proximal lead end of the implantable medical lead, the header connector assembly comprising: a connector assembly comprising a connector ; and a conductor (110, 210A, 210B, 800, 902, 1002, 1100A-1100G) coupling the connector to the feedthru , wherein the connector is a ring connector , characterized by the conductor (110, 210A, 210B, 800, 902, 1002, 1100A-1100G) comprising a first conductor segment (112A, 812A, 912A, 1012A, 1104A-1104G) and a second conductor segment (112B, 812B, 912B, 1012B, 1105A-1105G) offset from the first conductor segment (112A, 812A, 912A, 1012A, 1104A-1104G), wherein each of the first conductor segment (112A, 812A, 912A, 1012A, 1104A-1104G) and the second conductor segment (112B, 812B, 912B, 1012B, 1105A-1105G) are resistance welded to the ring connector . a housing ; a feedthru extending through the housing ; and a header connector assembly coupled to the housing and adapted to receive the proximal lead end of the implantable medical lead, the header connector assembly comprising: a connector assembly comprising a connector ; and a conductor (110, 210A, 210B, 800, 902, 1002, 1100A-1100G) coupling the connector to the feedthru , wherein the connector is a ring connector , characterized by the conductor (110, 210A, 210B, 800, 902, 1002, 1100A-1100G) comprising a first conductor segment (112A, 812A, 912A, 1012A, 1104A-1104G) and a second conductor segment (112B, 812B, 912B, 1012B, 1105A-1105G) offset from the first conductor segment (112A, 812A, 912A, 1012A, 1104A-1104G), wherein each of the first conductor segment (112A, 812A, 912A, 1012A, 1104A-1104G) and the second conductor segment (112B, 812B, 912B, 1012B, 1105A-1105G) are resistance welded to the ring connector . a connector assembly comprising a connector ; and a conductor (110, 210A, 210B, 800, 902, 1002, 1100A-1100G) coupling the connector to the feedthru , wherein the connector is a ring connector , characterized by the conductor (110, 210A, 210B, 800, 902, 1002, 1100A-1100G) comprising a first conductor segment (112A, 812A, 912A, 1012A, 1104A-1104G) and a second conductor segment (112B, 812B, 912B, 1012B, 1105A-1105G) offset from the first conductor segment (112A, 812A, 912A, 1012A, 1104A-1104G), wherein each of the first conductor segment (112A, 812A, 912A, 1012A, 1104A-1104G) and the second conductor segment (112B, 812B, 912B, 1012B, 1105A-1105G) are resistance welded to the ring connector .
Storage device for screw inserts which each have a screw output profile and an insertion portion (3"), the device comprising a housing base part made of plastics material that has insertion openings which comprise holding elements that are materially integrally connected to the housing base part in order to hold the screw insert in the insertion opening by resting on the insertion portion (3"), and comprising a housing cover part which is secured to the housing base part so as to be pivotable about a pivot axis (S) and can be brought from a closed position, in which a closing flank in front of the screw output profiles prevents it from being possible to remove the screw inserts , into an open position, in which the screw inserts can be removed from the insertion openings , the plastics material of the housing base part having a rubber-elastic property and the holding elements elastically deforming when the insertion portion (3") is inserted such that the holding elements frictionally rest, in a force-loaded manner, on the insertion portion (3") and generate a frictional force which has to be overcome when pulling out the screw insert , characterised in that the housing cover part is held in a closed position and in the open position by means of locking means formed by bearing extensions of the housing cover part that interlock in a locked position and by means of counter-locking means formed by the housing base part , through which means the pivot axis (S) extends, the bearing extensions bending elastically in the axial direction of the pivot axis (S) in order to bring the locking means out of a locking engagement position with the counter-locking means .
An autonomous vehicle with propulsion means characterized in that it comprises an orientable scraping member configured to push back the fodder (Fo) and comprising an orientable blade operable between a retracted position and a deployed position, a control electronics and obstacle detection means, the propulsion means and control electronics allowing the vehicle to go into a pushback mode in which the vehicle follows a path that oscillates substantially around a point of rotation located between the propulsion means so that the scraping member collects the fodder (Fo) and discharges it laterally in the form of a swath (A), or in a cleaning mode in which the vehicle follows a path up to a reject zone (R), the scraping member making it possible to collect and push back the fodder (Fo) over the entire path up to the reject zone (R), the scraping member comprising a fixed blade oriented at an angle comprised between 50 and 70 degrees relative to a longitudinal axis of the vehicle , the rotation having the effect that the fixed blade , then the longitudinal axis of the vehicle are found alternately substantially parallel to the path.
A computer implemented method comprising: receiving input audio data ; identifying a first portion of the input audio data as reference audio data; processing the reference audio data with a recurrent neural network to determine a reference feature vector ; and processing a second portion of the input audio data and the reference feature vector using a classifier to determine whether the second portion corresponds to speech from a same speaker as the reference audio data. receiving input audio data ; identifying a first portion of the input audio data as reference audio data; processing the reference audio data with a recurrent neural network to determine a reference feature vector ; and processing a second portion of the input audio data and the reference feature vector using a classifier to determine whether the second portion corresponds to speech from a same speaker as the reference audio data.
An ultrasonic probe assembly , comprising: an ultrasonic transmission member having a first end portion (36-1) and a second end (36-2) spaced apart from the first end portion (36-1); and a cannula having a tubular side wall, a cannula lumen (38-2), a fluid input port (38-3), a proximal end (38-4), a distal end (38-5), and a distal end portion (38-6), wherein: the ultrasonic transmission member is located in the cannula lumen (38-2); the fluid input port (38-3) of the cannula is connected in fluid communication with the cannula lumen (38-2); and the distal end portion (38-6) of the cannula is configured to define a cavitation generation chamber , the cavitation generation chamber having a distal end wall (42-1) at the distal end (38-5) of the cannula , characterized in that the distal end wall (42-1) is configured as a sieve (42-2) to define a plurality of apertures (42-3) configured to eject fluid jetting streams, and the second end (36-2) of the ultrasonic transmission member distally terminates at a location proximal to the cavitation generation chamber . an ultrasonic transmission member having a first end portion (36-1) and a second end (36-2) spaced apart from the first end portion (36-1); and a cannula having a tubular side wall, a cannula lumen (38-2), a fluid input port (38-3), a proximal end (38-4), a distal end (38-5), and a distal end portion (38-6), wherein: the ultrasonic transmission member is located in the cannula lumen (38-2); the fluid input port (38-3) of the cannula is connected in fluid communication with the cannula lumen (38-2); and the distal end portion (38-6) of the cannula is configured to define a cavitation generation chamber , the cavitation generation chamber having a distal end wall (42-1) at the distal end (38-5) of the cannula , characterized in that the distal end wall (42-1) is configured as a sieve (42-2) to define a plurality of apertures (42-3) configured to eject fluid jetting streams, and the ultrasonic transmission member is located in the cannula lumen (38-2); the fluid input port (38-3) of the cannula is connected in fluid communication with the cannula lumen (38-2); and the distal end portion (38-6) of the cannula is configured to define a cavitation generation chamber , the cavitation generation chamber having a distal end wall (42-1) at the distal end (38-5) of the cannula , characterized in that the distal end wall (42-1) is configured as a sieve (42-2) to define a plurality of apertures (42-3) configured to eject fluid jetting streams, and the second end (36-2) of the ultrasonic transmission member distally terminates at a location proximal to the cavitation generation chamber .
A computer-implemented method for administering uploading of a user's personal content element onto a computing platform, comprising the following steps of: detecting (DET) in the element one or several instances of a plurality of classes of a class instance detection model and determining a presence score of each instance; for each of the classes, determining a class score (SC) from the presence scores of the instances of the class and an impact score associated with the class, the impact scores associated with the classes of the detection model being specific to a given situation in the user's real life; determining an exposure score (ES) for the element from the class scores; determining, on the basis of the exposure score of the element, a level of access restriction (RES) to be associated with the element in a personal data access control list . detecting (DET) in the element one or several instances of a plurality of classes of a class instance detection model and determining a presence score of each instance; for each of the classes, determining a class score (SC) from the presence scores of the instances of the class and an impact score associated with the class, the impact scores associated with the classes of the detection model being specific to a given situation in the user's real life; determining an exposure score (ES) for the element from the class scores; determining, on the basis of the exposure score of the element, a level of access restriction (RES) to be associated with the element in a personal data access control list .
A method comprising: - accessing, by one or more processors of a machine, a plurality of concurrent video files that all depict a common immersive scene within a common picture area but each corresponds to a different viewing direction; - accessing, by one or processors of a machine, a set of audio tracks that each correspond to a different viewing direction among the set of viewing directions within a common immersive scene; characterised by - supplementing, by the one or more processors of the machine, each of at least a set of the concurrent video files that depict the common immersive scene but each corresponds to a different viewing direction among the set of viewing directions with an individual audio mix that is aligned with the corresponding viewing direction, wherein in each audio mix all audio tracks except the audio track that corresponds to the viewing direction of the respective video file are attenuated; and - providing, by the one or more processors of the machine, in response to a request from a client device to render the common immersive scene in a first viewing direction, the concurrent video file corresponding to said first viewing direction to the client device, said concurrent video file comprising the corresponding audio mix in which all audio tracks except the audio track that corresponds to the first viewing direction are attenuated. - accessing, by one or more processors of a machine, a plurality of concurrent video files that all depict a common immersive scene within a common picture area but each corresponds to a different viewing direction; - accessing, by one or processors of a machine, a set of audio tracks that each correspond to a different viewing direction among the set of viewing directions within a common immersive scene; characterised by - supplementing, by the one or more processors of the machine, each of at least a set of the concurrent video files that depict the common immersive scene but each corresponds to a different viewing direction among the set of viewing directions with an individual audio mix that is aligned with the corresponding viewing direction, wherein in each audio mix all audio tracks except the audio track that corresponds to the viewing direction of the respective video file are attenuated; and - providing, by the one or more processors of the machine, in response to a request from a client device to render the common immersive scene in a first viewing direction, the concurrent video file corresponding to said first viewing direction to the client device, said concurrent video file comprising the corresponding audio mix in which all audio tracks except the audio track that corresponds to the first viewing direction are attenuated.
A pressure containment shell for a magnetic pump , the shell comprising: a body section having a continuous side wall defining a chamber, and an end wall closing the chamber at one end , the chamber being open at the other end , wherein the body section and the end wall are integrally formed from a matrix material in which chopped carbon fibre material is distributed, characterised in that : the shell further comprises a vortex breaker on the inside of the end wall of the chamber, wherein the vortex breaker is integrally formed with the end wall a body section having a continuous side wall defining a chamber, and an end wall closing the chamber at one end , the chamber being open at the other end , wherein the body section and the end wall are integrally formed from a matrix material in which chopped carbon fibre material is distributed, characterised in that : the shell further comprises a vortex breaker on the inside of the end wall of the chamber, wherein the vortex breaker is integrally formed with the end wall
An apparatus for waste water treatment comprising a channel extending through a housing between an inlet and an outlet and comprising a water treatment zone between the inlet and outlet, the apparatus further comprising first and second spaced apart electrodes having working ends for treating waste water in the treatment zone, and an electrode feed arrangement for feeding the first and second electrodes towards the channel to control the spacing between the working ends of the first and second electrodes, characterised in that the channel comprises a chamber in the housing, and wherein the working ends of the first and second electrodes each form a chamber wall portion.
A shaker for a lateral shaking device for a harvesting machine, which is constituted by a rod folded back on itself in the shape of a hairpin, and each of the two axial end sections of which is a fastening section of the folded back rod , characterized in that at least one fixing section of the folded rod comprises: - an axially oriented flat ; - and a convex cylindrical arc outer surface portion . - an axially oriented flat ; - and a convex cylindrical arc outer surface portion .
A method for controlling active power generation from a power generation system which comprises a plurality of power generating units including at least one wind turbine generator, where the power generation system is connected to an electrical power grid for supplying active power from the power generating units to the electrical power grid, the method comprising - during a first period (301, Tcal), determining an energy error (E1) based on a difference between an active power reference (Pref) for a first selection of the power generating units and active power produced by the first selection of the power generating units during the first period, - determining a modified active power reference (P'ref) for a second selection of the power generating units based on the energy error (E1), and - during a second period (302, Tcomp) located after the first period , compensating the energy error by distributing the modified active power reference (P'ref) among the second selection of power generating units. - during a first period (301, Tcal), determining an energy error (E1) based on a difference between an active power reference (Pref) for a first selection of the power generating units and active power produced by the first selection of the power generating units during the first period, - determining a modified active power reference (P'ref) for a second selection of the power generating units based on the energy error (E1), and - during a second period (302, Tcomp) located after the first period , compensating the energy error by distributing the modified active power reference (P'ref) among the second selection of power generating units.