mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: receiving, from the base station, a medium access control, MAC, control element, CE, message including a transmission configuration indication, TCI, state indication for a control resource set with ID zero, in case that a plurality of TCI states are configured for the control resource set with ID zero, wherein the TCI state indication indicates a TCI state among the plurality of TCI states; identifying a synchronization signal and physical broadcast channel, SS/PBCH, block based on the TCI state indication; obtaining a configuration of the control resource set with ID zero and a configuration of a TypeO-PDCCH common search space from the PBCH contained in the identified SS/PBCH block; and monitoring a PDCCH candidate to receive downlink control information, DCI, in the TypeO-PDCCH common search space at a monitoring occasion associated with the identified SS/PBCH block, based on the configurations, wherein the UE is provided a cell specific radio network temporary identifier, C-RNTI, and wherein the DCI is scrambled with the C-RNTI and is received via a unicast transmission. receiving, from the base station, a medium access control, MAC, control element, CE, message including a transmission configuration indication, TCI, state indication for a control resource set with ID zero, in case that a plurality of TCI states are configured for the control resource set with ID zero, wherein the TCI state indication indicates a TCI state among the plurality of TCI states; identifying a synchronization signal and physical broadcast channel, SS/PBCH, block based on the TCI state indication; obtaining a configuration of the control resource set with ID zero and a configuration of a TypeO-PDCCH common search space from the PBCH contained in the identified SS/PBCH block; and monitoring a PDCCH candidate to receive downlink control information, DCI, in the TypeO-PDCCH common search space at a monitoring occasion associated with the identified SS/PBCH block, based on the configurations, wherein the UE is provided a cell specific radio network temporary identifier, C-RNTI, and wherein the DCI is scrambled with the C-RNTI and is received via a unicast transmission.
Method (20, 25) for selectively outputting a warning signal in a vehicle (42, 43, 44, 46), an item of information relating to an object inside a region in the environment of the vehicle (42, 43, 44, 46) being transmitted to a control unit by at least one sensor (13, 14), at least one item of information relating to a position of the vehicle (42, 43, 44, 46) being transmitted to the control unit by a navigation system, the control unit then having a warning signal output on the basis of the position of the vehicle (42, 43, 44, 46) or suppressing a warning signal if an object is inside the region, characterized in that the control unit suppresses the warning signal if the vehicle (42, 43, 44, 46) is at a pedestrian crossing, an item of geographical information, which relates to the environment of the vehicle (42, 43, 44, 46) and contains information relating to the positions of the vehicle (42, 43, 44, 46) at which the warning signal is suppressed, being accessible to the navigation system and/or the control unit, the geographical information containing pedestrian crossings.
A turret tool post for a machine tool, the turret tool post comprising: a tool post body; a turret installed on the tool post body and configured to receive a plurality of tools; a drive unit installed on the tool post body and configured to provide rotational power to the turret; a rotary unit installed on a part of the turret so as to be rotated together with the turret and coupled to an optional unit; characterized by a fixing unit installed on the tool post body and configured to be clamped with or unclamped from the rotary unit by a rotation of the rotary unit in order to allow or cut off a supply of pressure required for an operation of the optional unit. a tool post body; a turret installed on the tool post body and configured to receive a plurality of tools; a drive unit installed on the tool post body and configured to provide rotational power to the turret; a rotary unit installed on a part of the turret so as to be rotated together with the turret and coupled to an optional unit; characterized by a fixing unit installed on the tool post body and configured to be clamped with or unclamped from the rotary unit by a rotation of the rotary unit in order to allow or cut off a supply of pressure required for an operation of the optional unit.
Microstructured composite particles obtainable by a process comprising combining large particles with small particles, wherein - the large particles have an average particle diameter in the range from 0.1 μm to 10 mm, - the average particle diameter of the small particles is not more than 1/10 of the average particle diameter of the large particles, - the large particles comprise at least one polymer, - the small particles comprise calcium carbonate, - the small particles form an arrangement on the surface of the large particles and/or an inhomogeneous distribution within the large particles, wherein the small particles comprise precipitated particles of calcium carbonate which have an average particle size in the range from 0.01 μm to 1.0 mm. - the large particles have an average particle diameter in the range from 0.1 μm to 10 mm, - the average particle diameter of the small particles is not more than 1/10 of the average particle diameter of the large particles, - the large particles comprise at least one polymer, - the small particles comprise calcium carbonate, - the small particles form an arrangement on the surface of the large particles and/or an inhomogeneous distribution within the large particles,
A growing rod, comprising: a base rod having an attachment end; an extendable rod being translatable relative to the base rod along a longitudinal axis; a housing enclosing at least a portion of the extendable rod therein; a magnet rotatably mounted within the housing and enclosed by a top magnet cover and a bottom magnet cover, the magnet including a first pole and a second pole; and a gear reduction mechanism associated with the magnet and the extendable rod, the gear reduction mechanism reducing an output rotation to the extendable rod in comparison to an input rotation from the magnet, wherein the gear reduction mechanism further comprises: a gear housing having internal gear teeth; a gear wheel having external gear teeth, characterized in that the gear reduction mechanism additionally comprises a driver wheel having driver pins fixed thereto and that are fitted within the gear wheel, the driver wheel including a threaded shaft; and a carrier that mates with the threaded shaft and mates with extendable rod by torque pins; and a slider that is fixed to housing, the slider including a pair of slots that receive the torque pins to limit rotational movement of the extendable rod. a base rod having an attachment end; an extendable rod being translatable relative to the base rod along a longitudinal axis; a housing enclosing at least a portion of the extendable rod therein; a magnet rotatably mounted within the housing and enclosed by a top magnet cover and a bottom magnet cover, the magnet including a first pole and a second pole; and a gear reduction mechanism associated with the magnet and the extendable rod, the gear reduction mechanism reducing an output rotation to the extendable rod in comparison to an input rotation from the magnet, wherein the gear reduction mechanism further comprises: a gear housing having internal gear teeth; a gear wheel having external gear teeth, characterized in that the gear reduction mechanism additionally comprises a gear housing having internal gear teeth; a gear wheel having external gear teeth, a driver wheel having driver pins fixed thereto and that are fitted within the gear wheel, the driver wheel including a threaded shaft; and a carrier that mates with the threaded shaft and mates with extendable rod by torque pins; and a slider that is fixed to housing, the slider including a pair of slots that receive the torque pins to limit rotational movement of the extendable rod.
Flat electrical component, comprising: a first sheet metal panel; a second sheet metal panel; and an electrically conductive adhesive layer disposed between facing surfaces of the first sheet metal panel and the second sheet metal panel, wherein the first sheet metal panel forms a first electrode of the flat electrical component, the second sheet metal panel forms a second electrode of the flat electrical component, and a current flow occurs from the first sheet metal panel through the electrically conductive adhesive layer to the second sheet metal panel perpendicular to the adhesive layer plane, characterized in that the first sheet metal panel is made of a steel material, the second sheet metal panel is made of a steel material or of an aluminum material and the electrically conductive adhesive layer is constructed on the basis of a baking varnish. a first sheet metal panel; a second sheet metal panel; and an electrically conductive adhesive layer disposed between facing surfaces of the first sheet metal panel and the second sheet metal panel, wherein the first sheet metal panel forms a first electrode of the flat electrical component, the second sheet metal panel forms a second electrode of the flat electrical component, and a current flow occurs from the first sheet metal panel through the electrically conductive adhesive layer to the second sheet metal panel perpendicular to the adhesive layer plane, characterized in that the first sheet metal panel is made of a steel material, the second sheet metal panel is made of a steel material or of an aluminum material and the electrically conductive adhesive layer is constructed on the basis of a baking varnish.
Device for transferring advancing yarn during bobbin changeover in an automatic turret type yarn winder incorporating a winder frame, a rotatable turret on which plurality of rotatable spindles for holding bobbins (4 and 9) are mounted, means for rotating said turret to alternate exchange positions of said bobbins (4 and 9) between a winding position and stand-by position, and a traverse housing, the yarn transfer device comprising a traverse device for traversing at least one advancing yarn into the yarn traverse area of the winding bobbin and an actuation device capable of generating axial forward and reverse movements of said traverse device internally inside said traverse housing, during yarn transfer in bobbin changeover operation, wherein said actuation device is positioned inside said traverse housing; wherein said traverse device comprises a rotatable cross-spiral shaft mounted inside a cam box with the help of at least one bearing, said cam box enclosed within said traverse housing, a traverse guide engaged with cross-spiral shaft, a drive means for imparting rotational motion to said cross-spiral shaft, characterized in that said drive means is axially positioned with respect to and directly connected with said cross-spiralled shaft, and wherein said traverse guide traverses continuously at its normal traversing speed without coming to a complete halt during the yarn transfer or bobbing changeover operation.
An encapsulated pebble, comprising: a nuclear fission fuel core or a nuclear fusion fuel core; and a cage encapsulating the fuel core, wherein the cage comprises at least one gas transport channel therethrough and the internal diameter of the cage is larger than the external diameter of the fuel core; characterized by a ceramic shell contained within the cage and surrounding the fuel core; or a ceramic insert provided in the at least one gas transport channel, wherein the ceramic shell or the ceramic insert comprises a gas-permeable ceramic. a nuclear fission fuel core or a nuclear fusion fuel core; and a cage encapsulating the fuel core, wherein the cage comprises at least one gas transport channel therethrough and the internal diameter of the cage is larger than the external diameter of the fuel core; characterized by a ceramic shell contained within the cage and surrounding the fuel core; or a ceramic insert provided in the at least one gas transport channel, wherein the ceramic shell or the ceramic insert comprises a gas-permeable ceramic.
Method for combining a plurality of audio streams coded according to a frequency sub-band coding, comprising the following steps: - decoding of a part of the streams coded on at least one frequency sub-band; - addition of the streams thus decoded to form a mixed stream; - selection, from among the plurality of coded audio streams, of at least one replication coded stream, on at least one frequency sub-band different from that of the decoding step; the method being characterized in that the selection of the at least one replication coded stream is effected according to a criterion taking into account the presence of a predetermined frequency band in the coded stream. - decoding of a part of the streams coded on at least one frequency sub-band; - addition of the streams thus decoded to form a mixed stream; - selection, from among the plurality of coded audio streams, of at least one replication coded stream, on at least one frequency sub-band different from that of the decoding step;
A device (100, 600), comprising: a frame (110, 610) having at least one outer opening (120, 620) and at least one inner opening (130, 630) recessed from the outer opening; at least one filter screen (140, 640) mounted on a perimeter of the at least one inner opening to form an inner chamber (134, 634); and at least one cover layer (150, 650) mounted on a perimeter of the at least one outer opening to form an outer chamber (124, 624) in which the inner chamber is disposed, wherein the filter screen separates the inner chamber from the outer chamber, and wherein the filter screen prevents froth formed in a fluid comprising ink from crossing and allows coalesced fluid to cross into the outer chamber. a frame (110, 610) having at least one outer opening (120, 620) and at least one inner opening (130, 630) recessed from the outer opening; at least one filter screen (140, 640) mounted on a perimeter of the at least one inner opening to form an inner chamber (134, 634); and at least one cover layer (150, 650) mounted on a perimeter of the at least one outer opening to form an outer chamber (124, 624) in which the inner chamber is disposed, wherein the filter screen separates the inner chamber from the outer chamber, and wherein the filter screen prevents froth formed in a fluid comprising ink from crossing and allows coalesced fluid to cross into the outer chamber.
An on-ear speaker component for a communication device, the on-ear speaker component comprising: an on-ear speaker housing, wherein the on-ear speaker housing is configured to be disposed on an ear of a user, behind the pinna of the ear, and further configured to extend to the front of the ear of the user in operation of the communication device; a speaker disposed in the on-ear speaker housing, wherein the internal volume of the on-ear speaker component housing is adapted so that it cooperates with the speaker to provide a pre-determined frequency response; an electrical connection adapted to communicatively couple the speaker to a microphone in a housing different from the on-ear speaker housing. an on-ear speaker housing, wherein the on-ear speaker housing is configured to be disposed on an ear of a user, behind the pinna of the ear, and further configured to extend to the front of the ear of the user in operation of the communication device; a speaker disposed in the on-ear speaker housing, wherein the internal volume of the on-ear speaker component housing is adapted so that it cooperates with the speaker to provide a pre-determined frequency response; an electrical connection adapted to communicatively couple the speaker to a microphone in a housing different from the on-ear speaker housing.
A device for controlling the parameters of a pulse of a high-power RF pulse emitter comprising at least one amplifier, said device comprising at least the following elements: a detector of the emitted pulse connected to the output of at least one video amplifier; an analogue processing device connected to said video amplifier and designed to provide information relating to the width and power parameters of the emitted pulse at the output of said video amplifier; a digital processing device for generating control signals, receiving the transmission signal and the information relating to the width and power parameters of the pulse, and transmitting said control signals to: • a device for generating a variable amplitude signal of substantially Gaussian shape; • a device for generating a variable amplitude signal of substantially square shape synchronised with the transmission synchronisation, characterised in that it comprises: an adder adding together the substantially Gaussian shaped signal and the substantially square shaped signal, said adder being associated with an amplifier. a detector of the emitted pulse connected to the output of at least one video amplifier; an analogue processing device connected to said video amplifier and designed to provide information relating to the width and power parameters of the emitted pulse at the output of said video amplifier; a digital processing device for generating control signals, receiving the transmission signal and the information relating to the width and power parameters of the pulse, and transmitting said control signals to: • a device for generating a variable amplitude signal of substantially Gaussian shape; • a device for generating a variable amplitude signal of substantially square shape synchronised with the transmission synchronisation, • a device for generating a variable amplitude signal of substantially Gaussian shape; • a device for generating a variable amplitude signal of substantially square shape synchronised with the transmission synchronisation, an adder adding together the substantially Gaussian shaped signal and the substantially square shaped signal, said adder being associated with an amplifier.
Computer-implemented method for determining a steering wheel engagement state of a driver of a motor vehicle, wherein the motor vehicle at least one in a steering arrangement of the motor vehicle engaging driving function, wherein a steering torque at the steering arrangement detected and a steering torque signal (t) is generated therefrom, wherein in a first branch a steering torque shift (toff) from the steering torque signal (t) is determined, wherein a kalman - filter is used, wherein the kalman - filter as measured variables the steering torque signal (t) as well as the steering torque shift (toff), wherein the kalman - filter the steering torque shift (t) from the steering torque signal (t) uses filtered to determine a steering torque estimate, wherein the steering torque estimate with at least one limit value is compared, wherein by means of the comparison it is determined whether the driver in the steering arrangement engages.
A process for producing a catalyst for preparing ethylene oxide, which comprises silver and zinc applied to a support, where the process comprises at least (i) providing the support, (ii) applying zinc to the support according to (i) in an amount of from 10 ppm to 1500 ppm, in each case calculated as element and based on the total weight of the support according to (i), by bringing the support into contact with at least one mixture G1 comprising at least one zinc compound, (iii) drying and/or calcining the support obtained according to (ii), (iv) applying silver to the dried and/or calcined support according to (iii) by bringing the support into contact with at least one mixture G2 comprising at least one silver compound. (i) providing the support, (ii) applying zinc to the support according to (i) in an amount of from 10 ppm to 1500 ppm, in each case calculated as element and based on the total weight of the support according to (i), by bringing the support into contact with at least one mixture G1 comprising at least one zinc compound, (iii) drying and/or calcining the support obtained according to (ii), (iv) applying silver to the dried and/or calcined support according to (iii) by bringing the support into contact with at least one mixture G2 comprising at least one silver compound.
A method for reusing a control channel configuration associated with a physical uplink control channel, PUCCH, performed by a user agent apparatus, the method comprising: receiving a configuration of a PUCCH resource, assigned by an access device; transmitting (137, 184) to the access device using the PUCCH resource; after a time alignment timer expires (123, 160), retaining the configuration of the PUCCH resource; re-establishing time alignment with the access device through a random access procedure; after the time alignment timer expires, determining that the retained PUCCH resource configuration is still valid (178,180,182, 184); and transmitting to the access device using the PUCCH resource associated with the configuration of the PUCCH resource after re-establishing time alignment through the random access procedure. receiving a configuration of a PUCCH resource, assigned by an access device; transmitting (137, 184) to the access device using the PUCCH resource; after a time alignment timer expires (123, 160), retaining the configuration of the PUCCH resource; re-establishing time alignment with the access device through a random access procedure; after the time alignment timer expires, determining that the retained PUCCH resource configuration is still valid (178,180,182, 184); and transmitting to the access device using the PUCCH resource associated with the configuration of the PUCCH resource after re-establishing time alignment through the random access procedure.
Method for calculating a remaining range and/or consumption of a motor vehicle which comprises an energy storage system for a drive acting on at least one wheel of the motor vehicle, characterised in that - the remaining range and/or the consumption can be calculated, in a first way, using a first algorithm and, in a second way, using a second algorithm, the second way requiring more complex calculation than the first way, - switching takes place between the first way and the second way depending on the energy stored in the energy storage system, and - an algorithm based on portion segments which are each assigned energy costs is used as the first algorithm, and either Dijkstra's algorithm, which is based on road segments, or an algorithm derived from Dijkstra's algorithm which uses energy values as a cost function is used as the second algorithm. - the remaining range and/or the consumption can be calculated, in a first way, using a first algorithm and, in a second way, using a second algorithm, the second way requiring more complex calculation than the first way, - switching takes place between the first way and the second way depending on the energy stored in the energy storage system, and - an algorithm based on portion segments which are each assigned energy costs is used as the first algorithm, and either Dijkstra's algorithm, which is based on road segments, or an algorithm derived from Dijkstra's algorithm which uses energy values as a cost function is used as the second algorithm.