mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communications by a user equipment, UE, comprising: monitoring for a first physical downlink control channel, PDCCH, order for a first physical random access channel, PRACH, transmission, wherein a PDCCH order includes resource allocation information for PRACH transmissions; determining a transmit power for the first PRACH transmission, based on a retransmission index of the first PRACH transmission; transmitting the first PRACH at the determined transmit power; and after transmitting the first PRACH, monitoring for a second PDCCH order before transmitting a second PRACH. monitoring for a first physical downlink control channel, PDCCH, order for a first physical random access channel, PRACH, transmission, wherein a PDCCH order includes resource allocation information for PRACH transmissions; determining a transmit power for the first PRACH transmission, based on a retransmission index of the first PRACH transmission; transmitting the first PRACH at the determined transmit power; and after transmitting the first PRACH, monitoring for a second PDCCH order before transmitting a second PRACH.
A method for generating a secure biometric code, comprising: receiving a first sample of biometric data of a user; acquiring an unencrypted public code that is based on a second sample of the biometric data of the user, wherein the unencrypted public code does not include any of the biometric data and wherein the user cannot be identified from the unencrypted public code, wherein the unencrypted public code comprises calibration data and a validity mask, and wherein the calibration data and the validity mask associate respective portions of the first sample of the biometric data with corresponding portions of the second sample of the biometric data; generating an array of values from the first sample of biometric data; shifting a phase of the array of values based on the calibration data; selecting a subset of the values from the shifted array of values according to the validity mask; generating a stable code from the subset of values, wherein the stable code includes a respective stable value for each value of the subset of values; and generating a first repeatable code from the stable code, wherein the first repeatable code is suitable for bitwise comparison to a second repeatable code generated from the second sample of the biometric data of the user according to the unencrypted public code of the user. receiving a first sample of biometric data of a user; acquiring an unencrypted public code that is based on a second sample of the biometric data of the user, wherein the unencrypted public code does not include any of the biometric data and wherein the user cannot be identified from the unencrypted public code, wherein the unencrypted public code comprises calibration data and a validity mask, and wherein the calibration data and the validity mask associate respective portions of the first sample of the biometric data with corresponding portions of the second sample of the biometric data; generating an array of values from the first sample of biometric data; shifting a phase of the array of values based on the calibration data; selecting a subset of the values from the shifted array of values according to the validity mask; generating a stable code from the subset of values, wherein the stable code includes a respective stable value for each value of the subset of values; and generating a first repeatable code from the stable code, wherein the first repeatable code is suitable for bitwise comparison to a second repeatable code generated from the second sample of the biometric data of the user according to the unencrypted public code of the user.
A method of making zirconium phosphate particles comprising: (a) combining zirconium oxychloride with at least a molecular weight of 20-80, oxygen containing, monofunctional, organic additive in an aqueous solvent to form a solution, the organic additive being an alcohol having the formula R - OH wherein R is a C 1-6 alkyl group, or a carboxylic acid having the formula R - COOH wherein R is a C 1-6 alkyl group, and (b) combining the solution obtained in (a) with phosphoric acid at boiling temperature, and removing the at least a molecular weight of 20-80, oxygen containing, monofunctional, organic additive by evaporating or washing to obtain zirconium phosphate particles, free of residual organic additive, by sol gel precipitation, characterized in that the at least a molecular weight of 20-80, oxygen containing, monofunctional, organic additive can be present in an amount of from 25 wt% to 70 · wt% by weight of the zirconium oxychloride. (a) combining zirconium oxychloride with at least a molecular weight of 20-80, oxygen containing, monofunctional, organic additive in an aqueous solvent to form a solution, the organic additive being an alcohol having the formula R - OH wherein R is a C 1-6 alkyl group, or a carboxylic acid having the formula R - COOH wherein R is a C 1-6 alkyl group, and (b) combining the solution obtained in (a) with phosphoric acid at boiling temperature, and removing the at least a molecular weight of 20-80, oxygen containing, monofunctional, organic additive by evaporating or washing to obtain zirconium phosphate particles, free of residual organic additive, by sol gel precipitation,
Lamination pack for the processing of stators and/or rotors of electric motors and generators, with superposed lamellae firmly connected with each other, between which electrically insulating layers are provided and interconnected by an electrically conducting connection, characterized in that the electrically conducting connection is established by an adhesive, which is located between the lamellae inside of the lamination pack, and that the lamellae are connected with each other by the adhesive, which has electrically conducting particles that penetrate the electrically insulating layer in the lamella pack, and thereby connect adjacent lamellae with each other in an electrically conductive manner.
A dispensing hopper for dispensing a flowable particulate material, the dispensing hopper comprising a base (3,11), a peripheral wall (4,5,7,8) extending upwardly from and around the base (3,11) and defining with the base (3,11) a hollow interior region for holding the particulate material, a dispensing outlet being provided from the hollow interior region, a dispensing element located in the hollow interior region for dispensing the particulate material through the dispensing outlet, and at least one agitating element rotatably mounted about a corresponding rotational axis for agitating the particulate material in the hollow interior region, the at least one agitating element defining a circular periphery and having a plurality of circumferentially spaced apart engagement elements located around and extending radially outwardly from the periphery thereof, the engagement elements of the at least one agitating element being engageable with the dispensing element for the transfer of drive from the dispensing element to the agitating element, so that the at least one agitating element is rotated about the corresponding rotational axis in response to operation of the dispensing element, characterised in that the at least one agitating element is rotatably mounted on the base (3,11) to one side of the dispensing element.
A waveguide including: a pipe containing a dielectric, the pipe defining an open end to a longitudinal direction through the pipe; an array of radiating slots through a surface of the pipe and in communication with the dielectric; and at least one parasitic groove (120, 122): separate from the pipe; in a same surface as the array of radiating slots; with at least a portion that is parallel to the array of radiating slots; outside an area of the surface corresponding to the pipe; and spaced a first distance from the array of radiating slots such that the at least one parasitic groove is configured to suppress the grating lobes of the radiation pattern of the array of radiating slots. a pipe containing a dielectric, the pipe defining an open end to a longitudinal direction through the pipe; an array of radiating slots through a surface of the pipe and in communication with the dielectric; and at least one parasitic groove (120, 122): separate from the pipe; in a same surface as the array of radiating slots; with at least a portion that is parallel to the array of radiating slots; outside an area of the surface corresponding to the pipe; and spaced a first distance from the array of radiating slots such that the at least one parasitic groove is configured to suppress the grating lobes of the radiation pattern of the array of radiating slots. separate from the pipe; in a same surface as the array of radiating slots; with at least a portion that is parallel to the array of radiating slots; outside an area of the surface corresponding to the pipe; and spaced a first distance from the array of radiating slots such that the at least one parasitic groove is configured to suppress the grating lobes of the radiation pattern of the array of radiating slots.
A poly olefin polymer processing system comprising: at least one polymer processor selected from at least one of a pelletizer, a blow molding device, a roto molding device, an injection molding device, a cast film device, a blown film device, and a coextrusion device, and one or more devices each comprising a head member, an elongated body comprising a hollow section and having a longitudinal axis; a plurality of holes extending through at least one wall of the elongated body; and a secondary member in fluid communication with the elongated body, the secondary member comprising a conical depression taping away from the hollow section of the elongated body; characterized in that: the poly olefin polymer processing system further comprises at least one extruder or mixer; and at least one screen changer or at least one plate member; the one or more devices being placed in a fixed position in the at least one screen changer or the at least one plate member; and further characterized in that the plurality of holes comprises, respectively to each hole, an inner aperture and outer aperture and the diameter of the outer aperture is greater than the diameter of the inner aperture. at least one polymer processor selected from at least one of a pelletizer, a blow molding device, a roto molding device, an injection molding device, a cast film device, a blown film device, and a coextrusion device, and one or more devices each comprising a head member, an elongated body comprising a hollow section and having a longitudinal axis; a plurality of holes extending through at least one wall of the elongated body; and a secondary member in fluid communication with the elongated body, the secondary member comprising a conical depression taping away from the hollow section of the elongated body; the poly olefin polymer processing system further comprises at least one extruder or mixer; and at least one screen changer or at least one plate member; the one or more devices being placed in a fixed position in the at least one screen changer or the at least one plate member; and further characterized in that the plurality of holes comprises, respectively to each hole, an inner aperture and outer aperture and the diameter of the outer aperture is greater than the diameter of the inner aperture. the one or more devices being placed in a fixed position in the at least one screen changer or the at least one plate member; and further characterized in that the plurality of holes comprises, respectively to each hole, an inner aperture and outer aperture and the diameter of the outer aperture is greater than the diameter of the inner aperture.