mhurhangee/patent-ind-claim-en huggingface dataset:
A base station comprising a control circuit configured to: allocate corresponding resources to a user equipment according to a number of relevant downlink component carriers of which the user equipment should perform an aperiodic reporting of channel status information, allocate maximum resources of a first number to the user equipment when the user equipment should perform the aperiodic reporting of channel status information of one downlink component carrier, and allocate maximum resources of a second number to the user equipment when the user equipment should perform the aperiodic reporting of channel status information of more than one downlink component carrier; and a transmitter configured to transmit downlink control information to the user equipment, wherein the downlink control information further comprises an index of coding and modulation scheme, wherein resources are allocated to the user equipment by the base station according to the number of the relevant downlink component carriers, and wherein the user equipment is further configured to perform aperiodic transmission of channel status information according to triggering information, the index of coding and modulation scheme and used resources contained in the downlink control information. allocate corresponding resources to a user equipment according to a number of relevant downlink component carriers of which the user equipment should perform an aperiodic reporting of channel status information, allocate maximum resources of a first number to the user equipment when the user equipment should perform the aperiodic reporting of channel status information of one downlink component carrier, and allocate maximum resources of a second number to the user equipment when the user equipment should perform the aperiodic reporting of channel status information of more than one downlink component carrier; and a transmitter configured to transmit downlink control information to the user equipment, wherein the downlink control information further comprises an index of coding and modulation scheme, wherein resources are allocated to the user equipment by the base station according to the number of the relevant downlink component carriers, and wherein the user equipment is further configured to perform aperiodic transmission of channel status information according to triggering information, the index of coding and modulation scheme and used resources contained in the downlink control information.
A lighting device for inactivating bacteria or viruses , comprising: a first light source for emitting ultraviolet light (L10) with a peak wavelength in a wavelength band of 200 nm or more and less than 240 nm and with light intensity suppressed in a wavelength band of 250 nm or more and less than 400 nm; and a second light source that is composed of an LED element, for emitting white light (L20) for illumination. a first light source for emitting ultraviolet light (L10) with a peak wavelength in a wavelength band of 200 nm or more and less than 240 nm and with light intensity suppressed in a wavelength band of 250 nm or more and less than 400 nm; and a second light source that is composed of an LED element, for emitting white light (L20) for illumination.
An electrical connector for a glazing, the electrical connector comprising, a connector portion for connection to an electrical supply, and a button for soldering to a surface of the glazing, the button comprising a base portion adjacent, in use, to the surface of the glazing and an upper portion remote, in use, from the surface of the glazing, wherein the button comprises at least one solder-contacting surface , characterized in that at least a portion of the solder-contacting surface curves from the base portion to the upper portion and defines a tapering solder cavity .
A laser system for providing efficient melt removal of material from a surface of a material sample being acted on in a laser machining operation, the system comprising: a continuous wave (CW) laser for generating a laser beam directed at a spot on the surface of the material sample , the laser beam being a collimated beam; the system being characterised by : a signal generator for providing a modulation signal to the laser to modulate the laser beam and control a frequency of the laser beam and produce a modulated laser beam; an electronic controller for controlling the CW laser ; the material sample having a predetermined resonant frequency of surface waves created in a liquid melt pool; the CW laser being configured and controlled by the controler to have a frequency of the laser beam modulated at a predetermined frequency within a frequency range consistent with the predetermined resonant frequency of surface waves created in a liquid melt pool of material from the material sample , such that the predetermined frequency of modulation matches a natural oscillation of the liquid melt pool, so that the laser beam excites and amplifies surface capillary waves on the surface of the sample up to a melt ejection point, to eject molten material from the spot being acted on by the laser beam, to more rapidly facilitate material removal from the spot. a continuous wave (CW) laser for generating a laser beam directed at a spot on the surface of the material sample , the laser beam being a collimated beam; the system being characterised by : a signal generator for providing a modulation signal to the laser to modulate the laser beam and control a frequency of the laser beam and produce a modulated laser beam; an electronic controller for controlling the CW laser ; the material sample having a predetermined resonant frequency of surface waves created in a liquid melt pool; the CW laser being configured and controlled by the controler to have a frequency of the laser beam modulated at a predetermined frequency within a frequency range consistent with the predetermined resonant frequency of surface waves created in a liquid melt pool of material from the material sample , such that the predetermined frequency of modulation matches a natural oscillation of the liquid melt pool, so that the laser beam excites and amplifies surface capillary waves on the surface of the sample up to a melt ejection point, to eject molten material from the spot being acted on by the laser beam, to more rapidly facilitate material removal from the spot.
Filling apparatus for filling a refrigerant-receiving compartment , which is assigned to a cooling container for cooling products, with carbon dioxide snow, having a supply unit and having a filling pistol which is couplable to the supply unit , wherein the filling pistol has an expansion nozzle , which is connectable to at least one filling opening of the refrigerant-receiving compartment and which serves for the feed of liquid carbon dioxide, and a suction-extraction opening , which is connectable to a gas outlet opening of the refrigerant receiving compartment and which serves for discharging gaseous carbon dioxide, and said filling pistol is connected to the supply unit by means of a carbon dioxide liquid feed line , which is connected in terms of flow to the at least one filling opening , and by means of a gas suction-extraction line , which is connected in terms of flow to the suction-extraction opening , and having a control valve for regulating the feed of liquid carbon dioxide into the carbon dioxide liquid feed line , a suction-extraction device for the suction-extraction of gaseous carbon dioxide from the gas suction-extraction line , and a control and monitoring unit for controlling the filling process, wherein the carbon dioxide liquid feed line and gas suction-extraction line are manufactured from a flexible material, wherein the control valve , the suction-extraction device and the control and monitoring unit are arranged in the supply unit , characterized in that the control and monitoring unit is equipped with a photoelectric unit for identifying the existence of a secure connection, which unit is connected to the filling pistol by means of optical waveguides .
Hair removal device, in particular electric shaver , comprising a working head attached to a handle for moving the working head along a skin surface, said working head including at least one hair removal tool defining a skin contact contour of the working head , wherein said at least one hair removal tool is movable relative to said handle under a skin contact pressure by means of a support structure to allow for pivoting of the working head's skin contact contour relative to the handle , wherein a biasing device is provided for biasing and/or providing a motion resistance to said hair removal tool characterized in that said support structure and said biasing device are configured to allow for pivoting about a pivot axis of the skin contact contour relative to the handle about an angle (α) of +/-15° or more under a contact force (F) of 0.75 N or less and/or about an angle (α) of +/-20° or more under a contact force of 1.5 N or less.
A two-part curable composition comprising: a. a first part comprising a cyanoacrylate component, and a cationic curing catalyst; b. a second part comprising a cationic curable component, an initiator component, core-shell rubber particles and a cyclic carbonate; wherein when mixed together the cationic catalyst initiates cure of the cationic curable component. a. a first part comprising a cyanoacrylate component, and a cationic curing catalyst; b. a second part comprising a cationic curable component, an initiator component, core-shell rubber particles and a cyclic carbonate;
A brake device for applying brake to a vehicle having a target member by using an electric actuator to drive a friction member so that the friction member is pressed against the target member , the brake device comprising: an acquiring unit for acquiring drive information of the electric actuator ; characterized by a calculation unit for calculating a first value based on the acquired drive information, the first value being at least one of a moving distance traveled by the friction member or a required time taken until the friction member reaches a predetermined position; and a determination unit for determining whether abnormal operation has occurred by comparing the first value to a standard value. an acquiring unit for acquiring drive information of the electric actuator ; characterized by a calculation unit for calculating a first value based on the acquired drive information, the first value being at least one of a moving distance traveled by the friction member or a required time taken until the friction member reaches a predetermined position; and a determination unit for determining whether abnormal operation has occurred by comparing the first value to a standard value.
A method for training or testing an utterance-based framework , the method comprising: generating a synthetic weight vector associated with a vector space; adding an average representation of the vector space to a product of multiplying the synthetic weight vector and eigenvoices associated with the vector space, thereby forming a synthetic feature vector ; generating a synthetic voice sample based on the synthetic feature vector ; and providing the synthetic voice sample to the utterance-based framework as at least one of a testing or training sample; wherein generating the synthetic weight vector includes: obtaining one or more natural weight vectors associated with natural voice samples; and applying a genetic algorithm to the one or more natural weight vectors, thereby generating the synthetic weight vector . generating a synthetic weight vector associated with a vector space; adding an average representation of the vector space to a product of multiplying the synthetic weight vector and eigenvoices associated with the vector space, thereby forming a synthetic feature vector ; generating a synthetic voice sample based on the synthetic feature vector ; and providing the synthetic voice sample to the utterance-based framework as at least one of a testing or training sample; wherein generating the synthetic weight vector includes: obtaining one or more natural weight vectors associated with natural voice samples; and applying a genetic algorithm to the one or more natural weight vectors, thereby generating the synthetic weight vector . obtaining one or more natural weight vectors associated with natural voice samples; and applying a genetic algorithm to the one or more natural weight vectors, thereby generating the synthetic weight vector .
An intervertebral disc replacement comprising: a first layer having a lower surface for contacting a first vertebral bone; a second layer coupled to the first layer, the second layer comprising a plurality of compressible column springs; and a third layer coupled to the second layer, the third layer having an upper surface for contacting a second vertebral bone, wherein the first layer, the second layer and the third layer are one unitary piece, wherein the first layer and the third layer have a thickness that varies, wherein each of the plurality of compressible column springs comprises a plurality of stacked coils, wherein each coil of each of the plurality of stacked coils has a spring constant (K), and wherein at least one of the plurality of compressible column springs comprises a first coil having a first spring constant and a second coil comprising a second spring constant, wherein the first spring constant is different from the second spring constant. a first layer having a lower surface for contacting a first vertebral bone; a second layer coupled to the first layer, the second layer comprising a plurality of compressible column springs; and a third layer coupled to the second layer, the third layer having an upper surface for contacting a second vertebral bone, wherein the first layer, the second layer and the third layer are one unitary piece, wherein the first layer and the third layer have a thickness that varies, wherein each of the plurality of compressible column springs comprises a plurality of stacked coils, wherein each coil of each of the plurality of stacked coils has a spring constant (K), and wherein at least one of the plurality of compressible column springs comprises a first coil having a first spring constant and a second coil comprising a second spring constant, wherein the first spring constant is different from the second spring constant.
A method of a user equipment, UE, for scheduling an uplink, UL, control channel in a radio access network, the method comprising: receiving timing relationship configuration information between a downlink, DL, data channel, PDSCH, and an UL control channel, PUCCH, from a base station (S300) wherein the UL control channel includes hybrid automatic repeat request, HARQ, acknowledgement/ negative acknowledgment, ACK/NACK, feedback information on the DL data channel, a numerology used for receiving the DL data channel and a numerology used for transmitting the UL control channel being different from each other; transmitting the UL control channel based on the timing relationship configuration information (S310), the timing relationship configuration information being composed in a slot unit based on the numerology used for transmitting the UL control channel. receiving timing relationship configuration information between a downlink, DL, data channel, PDSCH, and an UL control channel, PUCCH, from a base station (S300) wherein the UL control channel includes hybrid automatic repeat request, HARQ, acknowledgement/ negative acknowledgment, ACK/NACK, feedback information on the DL data channel, a numerology used for receiving the DL data channel and a numerology used for transmitting the UL control channel being different from each other; transmitting the UL control channel based on the timing relationship configuration information (S310), the timing relationship configuration information being composed in a slot unit based on the numerology used for transmitting the UL control channel.
Vehicle pneumatic tire for utility vehicles, having a tread which is composed of a radially outer, profiled region and a trimming margin which adjoins this profiled region radially on the inside and the profiled region has a certain gross volume (V pB ), - wherein the profiled region has a radial thickness (a) and at least two circumferential grooves , running in the circumferential direction, of a certain radial depth , which circumferential grooves divide the profiled region into circumferential ribs , wherein a first envelope (h1) which runs in the tread , parallel to the tread periphery, and which is in contact with the deepest circumferential groove or grooves radially from the inside, defines the profiled region together with the tread periphery and the shoulder-side edge sections , and wherein all the grooves define a certain groove volume (V R ) in the profiled region , - wherein the trimming margin has a radial thickness (b), and wherein a second envelope (h2), which runs in the tread , parallel to the tread periphery, and is in contact with the most deeply trimmable circumferential groove or grooves radially from the inside, defines the trimming margin together with the first envelope (h1) and the shoulder-side edge sections , and - wherein a rubber rest cushion is arranged between the trimming margin and the belt package placed radially on the inside, - wherein the trimming margin has a radial thickness (b) of more than or equal to 5 mm and - wherein the profiled region has a radial thickness (a) of 6 - 25 mm, characterized in that the groove volume (V R ) is less than or equal to 16% of the gross volume of the profiled region (V pB ). - wherein the profiled region has a radial thickness (a) and at least two circumferential grooves , running in the circumferential direction, of a certain radial depth , which circumferential grooves divide the profiled region into circumferential ribs , wherein a first envelope (h1) which runs in the tread , parallel to the tread periphery, and which is in contact with the deepest circumferential groove or grooves radially from the inside, defines the profiled region together with the tread periphery and the shoulder-side edge sections , and wherein all the grooves define a certain groove volume (V R ) in the profiled region , - wherein the trimming margin has a radial thickness (b), and wherein a second envelope (h2), which runs in the tread , parallel to the tread periphery, and is in contact with the most deeply trimmable circumferential groove or grooves radially from the inside, defines the trimming margin together with the first envelope (h1) and the shoulder-side edge sections , and - wherein a rubber rest cushion is arranged between the trimming margin and the belt package placed radially on the inside, - wherein the trimming margin has a radial thickness (b) of more than or equal to 5 mm and - wherein the profiled region has a radial thickness (a) of 6 - 25 mm,
An extrusion device intended for the manufacture of a continuous strip of a profiled product made of elastomeric material, the device comprising a fixed body containing at least one screw driven in rotation, a feed hopper in communication with an inlet of said body and an extrusion die in communication with an outlet of said body, the extrusion die comprising an outlet port having the shape of a non-rectangular parallelogram, the shape and dimensions of the outlet port being defined by static surfaces, characterized in that the extrusion die comprises first and second flaps held against each other, each flap including first and second static surfaces (1420, 1421; 1430, 1431) forming therebetween an angle different from 90°, the first and second static surfaces of the first flap being held respectively opposite the first and second static surfaces of the second flap , the first and second static surfaces of the first and second flaps defining a die duct opening out at the outlet port of the die.
A method for wireless communication, comprising: receiving downlink control information for a first user equipment, UE , based at least in part on a group identifier associated with a non-orthogonal multiple access, NOMA, group comprising the first UE and at least a second UE (215-a, 315-a, 415-a, 2015-a, 2215-a, 2315-a, 2415-a, 2515-a, 2615-a, 2715-a); and receiving a set of NOMA downlink transmissions at the first UE based at least in part on the downlink control information for the first UE , characterised in that the downlink control information for the first UE is received based at least in part on a deterministic function of the group identifier and a first UE identifier assigned to the first UE , wherein the deterministic function comprises an exclusive-OR function. receiving downlink control information for a first user equipment, UE , based at least in part on a group identifier associated with a non-orthogonal multiple access, NOMA, group comprising the first UE and at least a second UE (215-a, 315-a, 415-a, 2015-a, 2215-a, 2315-a, 2415-a, 2515-a, 2615-a, 2715-a); and receiving a set of NOMA downlink transmissions at the first UE based at least in part on the downlink control information for the first UE , characterised in that the downlink control information for the first UE is received based at least in part on a deterministic function of the group identifier and a first UE identifier assigned to the first UE , wherein the deterministic function comprises an exclusive-OR function.
An internal combustion engine with a turbocharger between an air filter and a crankcase and a venting assembly comprising a jet suction pump , characterized in that said venting assembly has a charge air duct extending between the turbocharger and the crankcase , having a branch to an at least two-stage jet suction pump , wherein the inlet of said jet suction pump is connected with the crankcase through the engine ventilation , and the outlet of said jet suction pump is connected with the suction duct extending between the air filter and the turbocharger , for recirculating blow-by gas , wherein the venting assembly has at least one bypass valve and/or one check valve in the direction of flow parallel to said jet suction pump and between said crankcase and said suction duct .