mhurhangee/patent-ind-claim-en huggingface dataset:
A terminal comprising: a receiver adapted to receive an index indicating configuration information for configuring a resource to be used for random access from a base station; a controller adapted to select one of a first candidate group and a second candidate group based on a frequency band, wherein the first candidate group and the second candidate group include a candidate for a resource and a preamble format to be used for random access; and a transmitter adapted to transmit a preamble using a preamble format corresponding to the index in the selected candidate group in a resource corresponding to the index in the selected candidate group. a receiver adapted to receive an index indicating configuration information for configuring a resource to be used for random access from a base station; a controller adapted to select one of a first candidate group and a second candidate group based on a frequency band, wherein the first candidate group and the second candidate group include a candidate for a resource and a preamble format to be used for random access; and a transmitter adapted to transmit a preamble using a preamble format corresponding to the index in the selected candidate group in a resource corresponding to the index in the selected candidate group.
A gas turbine engine comprising: an inner housing surrounding a compressor , a combustor , and a turbine , with a compressor inlet leading into said compressor , and a cooling sleeve defined radially outwardly of said compressor inlet to said compressor , for receiving cooling air radially outward of said compressor inlet , said cooling sleeve extending along a length of said engine , and radially outwardly of said inner housing, the engine configured so that air is delivered to said combustor , mixed with fuel and ignited, and products of combustion pass over a rotor of the turbine driving it to rotate, said cooling sleeve configured to eject said cooling air at a downstream end to mix with the products of combustion downstream of the turbine to form mixed air; a propulsor positioned downstream of said turbine ; and a propulsor turbine for driving the propulsor , wherein said propulsor turbine is a tip turbine, with turbine blades being formed at an outer periphery of said propulsor , characterised in that : the propulsor turbine is configured to be driven by said mixed air. an inner housing surrounding a compressor , a combustor , and a turbine , with a compressor inlet leading into said compressor , and a cooling sleeve defined radially outwardly of said compressor inlet to said compressor , for receiving cooling air radially outward of said compressor inlet , said cooling sleeve extending along a length of said engine , and radially outwardly of said inner housing, the engine configured so that air is delivered to said combustor , mixed with fuel and ignited, and products of combustion pass over a rotor of the turbine driving it to rotate, said cooling sleeve configured to eject said cooling air at a downstream end to mix with the products of combustion downstream of the turbine to form mixed air; a propulsor positioned downstream of said turbine ; and a propulsor turbine for driving the propulsor , wherein said propulsor turbine is a tip turbine, with turbine blades being formed at an outer periphery of said propulsor , characterised in that : the propulsor turbine is configured to be driven by said mixed air.
Method of diagnosing breast cancer in a patient by detecting a marker protein selected from any one of List 1, wherein the marker protein comprises at least marker ACAT2, comprising the step of detecting autoantibodies binding said marker protein in a sample of the patient.
A device for shielding a smoke detector , comprising: a shroud comprising one or more materials that block transmission of infrared light, wherein the shroud comprises: a first end having an opening dimensionally configured to receive a smoke detector that is mounted on a surface; a second end opposing the first end , the second end having an opening dimensionally configured to expose one or more smoke inlets of the received smoke detector ; one or more sidewalls extending between the first and second ends and collectively configured to surround a portion of the received smoke detector without covering the exposed smoke inlets , wherein an area extending between the first and second ends and between the one or more sidewalls is hollow; and a seal disposed at least along a peripheral edge of the opening in the second end of the shroud , wherein the seal is configured to conform to an exterior surface of the smoke detector ; two or more suspension members coupled to and extending below the shroud ; and a component coupled to the suspension members such that a gap exists between the shroud and the component . a shroud comprising one or more materials that block transmission of infrared light, wherein the shroud comprises: a first end having an opening dimensionally configured to receive a smoke detector that is mounted on a surface; a second end opposing the first end , the second end having an opening dimensionally configured to expose one or more smoke inlets of the received smoke detector ; one or more sidewalls extending between the first and second ends and collectively configured to surround a portion of the received smoke detector without covering the exposed smoke inlets , wherein an area extending between the first and second ends and between the one or more sidewalls is hollow; and a seal disposed at least along a peripheral edge of the opening in the second end of the shroud , wherein the seal is configured to conform to an exterior surface of the smoke detector ; a first end having an opening dimensionally configured to receive a smoke detector that is mounted on a surface; a second end opposing the first end , the second end having an opening dimensionally configured to expose one or more smoke inlets of the received smoke detector ; one or more sidewalls extending between the first and second ends and collectively configured to surround a portion of the received smoke detector without covering the exposed smoke inlets , wherein an area extending between the first and second ends and between the one or more sidewalls is hollow; and a seal disposed at least along a peripheral edge of the opening in the second end of the shroud , wherein the seal is configured to conform to an exterior surface of the smoke detector ; two or more suspension members coupled to and extending below the shroud ; and a component coupled to the suspension members such that a gap exists between the shroud and the component .
A multilayer composite flame barrier comprising a first silicone blend layer which provides flame resistance and a second silicone blend layer which provides thermal insulation, mechanical strength and unification; characterized by comprising; a carbon impregnated aerogel layer which provides lightness and thermal insulation to the flame barrier by being connected between the said first silicone blend layer and the second silicone blend layer , the said first silicone blend layer comprises flame resistant solid silicone in the weight - wise range of 65 - 80 %, calcium carbonate in the weight - wise range of 5 - 7 %, huntite in the weight - wise range of 5 - 7 %, aluminum hydroxide in the weight - wise range of 5 - 7 % and catalyzer in the weight - wise range of 2 - 4 %. a carbon impregnated aerogel layer which provides lightness and thermal insulation to the flame barrier by being connected between the said first silicone blend layer and the second silicone blend layer , the said first silicone blend layer comprises flame resistant solid silicone in the weight - wise range of 65 - 80 %, calcium carbonate in the weight - wise range of 5 - 7 %, huntite in the weight - wise range of 5 - 7 %, aluminum hydroxide in the weight - wise range of 5 - 7 % and catalyzer in the weight - wise range of 2 - 4 %.
A higher-order acetate compound comprising acetic acid-sodium acetate mixed crystals, wherein a diffraction peak A at 2Θ = 8.8° ± 0.2° and a diffraction peak B at 2Θ = 22.3° ± 0.2° are observed in powder X-ray diffraction measurement, and a ratio Ia/Ib of integrated intensity Ia of the diffraction peak A to integrated intensity Ib of the diffraction peak B is 0.001 to 1.140. wherein a diffraction peak A at 2Θ = 8.8° ± 0.2° and a diffraction peak B at 2Θ = 22.3° ± 0.2° are observed in powder X-ray diffraction measurement, and a ratio Ia/Ib of integrated intensity Ia of the diffraction peak A to integrated intensity Ib of the diffraction peak B is 0.001 to 1.140.
A recombiner for the catalytic recombination of hydrogen and oxygen generated in energy converters, in particular accumulators, to form water, comprising a housing in which a volume space is formed, into which the gases can flow via an opening and in which a recombination device is arranged that comprises a portion for a catalyst material and a portion for an absorption material, wherein the flow path of the gases to be recombined extends through the portion comprising the absorption material into the portion comprising the catalyst material, wherein a distance space is formed between the portion comprising the absorption material and the portion comprising the catalyst material, characterized in that the catalyst material is configured as a catalyst bar , that the catalyst bar is arranged in a first gas-permeable tube and that the distance space is formed in a gap space between the inner walling of the first gas-permeable tube and the outer wall of the catalyst bar .
An apertured film comprising an apertured film surface area having a three-dimensional structure with a machine direction (MD) (y-dimension), a cross-direction (CD) perpendicular to the machine direction (x-dimension) and a z-direction, and a pattern of apertures extending in the z-direction from a first surface to a male surface , the z-direction comprising the first surface , a film thickness , a second side and the male surface , wherein the distance from the first surface to the male surface is the loft of the film , the male surface extending in the z-direction away from the second side of the apertured film , lands surrounding the apertures on the first surface , the lands comprising a land area, the land area comprising a uniform, random pattern of light trap micro-pits and a total reflective area in the first surface , the light trap micro-pits having a circular shaped diameter and comprising an opening, a micro-pit sidewall descending with irregularity from the first surface from the opening to a bottom of the micro-pit which is located in the thickness of the film between the first surface and the second side , the micro-pit comprising an average diameter and a depth, wherein the depth is greater than half the average diameter of the micro-pit divided by tan 37.5°, wherein the light trap micro-pit average diameter is no more than about 250μm and not less than about 25μm, and wherein the apertured film surface area comprises a 75° gloss in the machine direction of the apertured film of less than 4.0.
An apparatus comprising: a monitoring data store to store monitoring data indicative of a plurality of regions of a memory address space to be monitored for changes, wherein the monitoring data store is capable of storing monitoring data indicative of at least two non-contiguous regions of the memory address space; processing circuitry responsive to an update monitor instruction to update the monitoring data stored by the monitoring data store; and monitoring circuitry to monitor accesses to a memory system and to provide a notification to the processing circuitry in response to detecting that data associated with at least one region of said plurality of regions indicated by the monitoring data has changed, wherein in response to a report monitoring result instruction, the processing circuitry is configured to request the monitoring circuitry to return an indication identifying at least one corresponding address of said at least one region for which said data has changed. a monitoring data store to store monitoring data indicative of a plurality of regions of a memory address space to be monitored for changes, wherein the monitoring data store is capable of storing monitoring data indicative of at least two non-contiguous regions of the memory address space; processing circuitry responsive to an update monitor instruction to update the monitoring data stored by the monitoring data store; and monitoring circuitry to monitor accesses to a memory system and to provide a notification to the processing circuitry in response to detecting that data associated with at least one region of said plurality of regions indicated by the monitoring data has changed, wherein in response to a report monitoring result instruction, the processing circuitry is configured to request the monitoring circuitry to return an indication identifying at least one corresponding address of said at least one region for which said data has changed.
Cryptography module (100; 100a; 100b) for at least temporarily controlling operation of at least one computing device (200; 200a), wherein the cryptography module (100; 100a; 100b) is designed to inspect at least one memory area of a memory device that the computing device (200; 200a) is able to access and to control the operation of the at least one computing device (200; 200a) on the basis of the inspection , characterized in that the cryptography module (100; 100a; 100b) is designed to keep the computing device (200; 200a) in a reset state, wherein the cryptography module (100; 100a; 100b) is designed in particular to keep the computing device (200; 200a) in the reset state until the inspection is complete.
Use of a block copolymer comprising - at least one polyamide block, - at least one polyolefin block, said polyolefin being a homopolymer or copolymer comprising one or more olefin units, said polyolefin block having a viscosity lower than 60,000 cps, the viscosity being measured at 25°C with a Brookfield apparatus and according to the Brookfield method, and - at least one alkylene block, resulting from the polycondensation of a C 8 -C 36 diacid, being an aliphatic, linear, saturated chain, said block copolymer being of the following formula PA-(R-Pol-PA)n-R-Pol-R-PA With n comprised between 0 and 100, in particular from 0 to 10, preferably 0 or 1, PA designating the polyamide block, R designating the alkylene block, Pol designating the polyolefin block, said block copolymer comprising a polyolefin block content comprised between 2 and 98% by weight with respect to the total weight of the block copolymer, limits included, for giving anti-corrosion and adhesion properties to a part comprising a portion comprising metal, of which said portion is coated by said copolymer. - at least one polyamide block, - at least one polyolefin block, said polyolefin being a homopolymer or copolymer comprising one or more olefin units, said polyolefin block having a viscosity lower than 60,000 cps, the viscosity being measured at 25°C with a Brookfield apparatus and according to the Brookfield method, and - at least one alkylene block, resulting from the polycondensation of a C 8 -C 36 diacid, being an aliphatic, linear, saturated chain, said block copolymer being of the following formula PA-(R-Pol-PA)n-R-Pol-R-PA PA designating the polyamide block, R designating the alkylene block, Pol designating the polyolefin block, said block copolymer comprising a polyolefin block content comprised between 2 and 98% by weight with respect to the total weight of the block copolymer, limits included, for giving anti-corrosion and adhesion properties to a part comprising a portion comprising metal, of which said portion is coated by said copolymer.
Method comprising: - receiving data from at least one detection device which comprises at least two cameras and regularly detects single items on a sorting surface of a conveying system, wherein several partial surfaces of the sorting surface are each assigned a separately controllable drive element, - regularly determining a region on the sorting surface taken up by a respective item based on the data obtained by means of triangulations for as long as the item is situated on the sorting surface , - determining control commands for actuating the drive elements which are assigned to a partial surface corresponding to a specific region on the sorting surface taken up by a respective item, on the basis of a destination provided for the respective item on the sorting surface , and - actuating the drive elements with the determined control commands. - receiving data from at least one detection device which comprises at least two cameras and regularly detects single items on a sorting surface of a conveying system, wherein several partial surfaces of the sorting surface are each assigned a separately controllable drive element, - regularly determining a region on the sorting surface taken up by a respective item based on the data obtained by means of triangulations for as long as the item is situated on the sorting surface , - determining control commands for actuating the drive elements which are assigned to a partial surface corresponding to a specific region on the sorting surface taken up by a respective item, on the basis of a destination provided for the respective item on the sorting surface , and - actuating the drive elements with the determined control commands.
A pneumatic lifting table frame , comprising a transverse beam , at least one column , a pressure sensor configured to detect a load of the lifting table frame , a controller configured to receive a signal from the pressure sensor, and an adjustable gas spring assembly configured to drive the column to be lifted or lowered; wherein the adjustable gas spring assembly comprises an adjustable gas spring body , a gas reservoir , a piston rod assembly , and a drive unit , the adjustable gas spring body is connected to the gas reservoir via a gas pipe ; the controller is configured to control the drive unit , the adjustable gas spring body is disposed in the column , and the drive unit drives the piston rod assembly to carry out a piston motion in the gas reservoir , wherein the columns comprise a first column and a second column disposed at two ends of the transverse beam , respectively, the adjustable gas spring body is disposed in the first column , and a synchronous lifting transmission mechanism is provided between the first column and the second column and wherein a self-locking gas spring for driving the second column to lift/lower is provided in the second column , the self-locking gas spring comprises a first self-locking pin and a first cable pulling lever that controls the first self-locking pin, a first cable is provided outside the first cable pulling lever , and the other end of the first cable is connected to a first switch .
An electronic device comprising: a first housing ; a second housing connected to the first housing to be rotatable about a rotation axis; a first digitizer positioned in the first housing and comprising a plurality of first conductive lines ; a second digitizer positioned in the second housing and comprising a plurality of second conductive lines ; and a controller positioned in the first housing, wherein first ends (822-1) of the plurality of first conductive lines are respectively connected to a plurality of first signal output ends of the controller, second ends ( 822-2) of the plurality of first conductive lines are respectively connected to first ends of the plurality of second conductive lines, and second ends (832-2) of the plurality of second conductive lines are respectively connected to reference lines extending from reference ends of the controller into the second digitizer. a first housing ; a second housing connected to the first housing to be rotatable about a rotation axis; a first digitizer positioned in the first housing and comprising a plurality of first conductive lines ; a second digitizer positioned in the second housing and comprising a plurality of second conductive lines ; and a controller positioned in the first housing, wherein first ends (822-1) of the plurality of first conductive lines are respectively connected to a plurality of first signal output ends of the controller, second ends ( 822-2) of the plurality of first conductive lines are respectively connected to first ends of the plurality of second conductive lines, and second ends (832-2) of the plurality of second conductive lines are respectively connected to reference lines extending from reference ends of the controller into the second digitizer.
A method for an in-vehicle computing system , the method comprising: detecting a request to perform a driver-dependent function ; where performing the driver-dependent function includes presenting an incoming notification that is received from an external device located outside of the vehicle; inferring an identity of the driver based on current driving behavior relative to one or more driver profiles , each of the one or more driver profiles generated using driver-specific past driving behavior; and selectively enabling performance of the driver-dependent function of the in-vehicle computing system based on the inferred driver identity. detecting a request to perform a driver-dependent function ; where performing the driver-dependent function includes presenting an incoming notification that is received from an external device located outside of the vehicle; inferring an identity of the driver based on current driving behavior relative to one or more driver profiles , each of the one or more driver profiles generated using driver-specific past driving behavior; and selectively enabling performance of the driver-dependent function of the in-vehicle computing system based on the inferred driver identity.
A method for authentication, the method comprising: using one or more hardware processors: identifying a first set of characters corresponding to a stored password; receiving a second set of characters to be authenticated during an authentication attempt, wherein the received second set of characters to be authenticated include more characters than the first set of characters corresponding to the stored password; and causing access to be granted to an access-controlled resource based upon determining that the second set of characters includes: a first subset of characters that match the first set of characters corresponding to the stored password and in a same order, and a second subset of characters that are not specified for the authentication attempt and are interleaved with the first subset of characters in an order that is not specified for the authentication attempt, and wherein the characters of said second subset of characters are not part of the first set of characters. identifying a first set of characters corresponding to a stored password; receiving a second set of characters to be authenticated during an authentication attempt, wherein the received second set of characters to be authenticated include more characters than the first set of characters corresponding to the stored password; and causing access to be granted to an access-controlled resource based upon determining that the second set of characters includes: a first subset of characters that match the first set of characters corresponding to the stored password and in a same order, and a second subset of characters that are not specified for the authentication attempt and are interleaved with the first subset of characters in an order that is not specified for the authentication attempt, and wherein the characters of said second subset of characters are not part of the first set of characters.