mhurhangee/ep-ind-claims huggingface dataset:
A method for recovering uranium, comprising: dissolving uranium hexafluoride directly into an ionic liquid at concentrations greater than or equal to 0.5 M to form a solid precipitate in an ionic liquid solution; separating the solid precipitate from the ionic liquid solution; and thermal processing the solid precipitate; or dissolving uranium hexafluoride directly into an ionic liquid at concentrations greater than 0M and less than or equal to 0.5 M; and applying a potential to the ionic liquid to deposit uranium onto an electrode as a metal. dissolving uranium hexafluoride directly into an ionic liquid at concentrations greater than or equal to 0.5 M to form a solid precipitate in an ionic liquid solution; separating the solid precipitate from the ionic liquid solution; and thermal processing the solid precipitate; or dissolving uranium hexafluoride directly into an ionic liquid at concentrations greater than 0M and less than or equal to 0.5 M; and applying a potential to the ionic liquid to deposit uranium onto an electrode as a metal.
A method for measuring distances of targets by measuring the time of flight of pulses, in particular laser pulses, reflected on those targets, comprising: transmitting a series of pulses (S k), in which the pulse intervals (ΔT Sk) of at least a group (G Sm) of successive pulses (S k) follow a known interval pattern, as a transmit pulse series ({S k}), and simultaneously receiving the reflected pulses as a series ({E k}) of receive pulses (E k) and measuring their pulse intervals (ΔT Ek), determining, in the receive pulse series ({E k}), a group (G Em) of receive pulses (E k), whose pulse intervals (ΔT Ek) have the closest similarity with the known interval pattern, determining times of flight (T k) between each transmit pulse (S k) of said transmit pulse group (G Sm) and respectively that receive pulse (E k) of said receive pulse group (G Em) that has the same order in the group (G Em) as this transmit pulse (S k) in his group (G Sm), and determining distance measuring values (D k) from said times of flight (T k). transmitting a series of pulses (S k), in which the pulse intervals (ΔT Sk) of at least a group (G Sm) of successive pulses (S k) follow a known interval pattern, as a transmit pulse series ({S k}), and simultaneously receiving the reflected pulses as a series ({E k}) of receive pulses (E k) and measuring their pulse intervals (ΔT Ek), determining, in the receive pulse series ({E k}), a group (G Em) of receive pulses (E k), whose pulse intervals (ΔT Ek) have the closest similarity with the known interval pattern, determining times of flight (T k) between each transmit pulse (S k) of said transmit pulse group (G Sm) and respectively that receive pulse (E k) of said receive pulse group (G Em) that has the same order in the group (G Em) as this transmit pulse (S k) in his group (G Sm), and determining distance measuring values (D k) from said times of flight (T k).
A method (100; 200) for reducing contamination, the method comprising: forming (102; 202) a purified imaging oil by: filtering an imaging oil through an imaging oil filter; and then filtering the imaging oil through a polar absorbent filter; and maintaining (104; 206) a surface of an amorphous silicon photoconductor of a liquid electrophotographic printing apparatus by periodically applying the purified imaging oil to the amorphous silicon photoconductor. forming (102; 202) a purified imaging oil by: filtering an imaging oil through an imaging oil filter; and then filtering the imaging oil through a polar absorbent filter; and filtering an imaging oil through an imaging oil filter; and then filtering the imaging oil through a polar absorbent filter; and maintaining (104; 206) a surface of an amorphous silicon photoconductor of a liquid electrophotographic printing apparatus by periodically applying the purified imaging oil to the amorphous silicon photoconductor.
A gas turbine engine, comprising: a compressor section and a turbine section drivingly engaged with a drive shaft, the drive shaft being rotatable about a center axis of the gas turbine engine; a radial air inlet in fluid communication with the compressor section, the radial air inlet having an inlet duct defined between two axially-spaced radially-extending annular walls (22A, 22B) and having a plurality of circumferentially-spaced axially-extending struts extending between the annular walls (22A, 22B) adjacent a radially-outer portion of the air inlet, at least one of the struts having an internal passage extending between a first opening in a forward end of the strut and a second opening in an aft end of the strut, and the first and second openings (34A, 34B) being axially spaced apart; and a transmission shaft extending through the internal passage of said strut. a compressor section and a turbine section drivingly engaged with a drive shaft, the drive shaft being rotatable about a center axis of the gas turbine engine; a radial air inlet in fluid communication with the compressor section, the radial air inlet having an inlet duct defined between two axially-spaced radially-extending annular walls (22A, 22B) and having a plurality of circumferentially-spaced axially-extending struts extending between the annular walls (22A, 22B) adjacent a radially-outer portion of the air inlet, at least one of the struts having an internal passage extending between a first opening in a forward end of the strut and a second opening in an aft end of the strut, and the first and second openings (34A, 34B) being axially spaced apart; and a transmission shaft extending through the internal passage of said strut.
A medication administration system comprising: a wearable component adapted to be worn on a surface of a user's skin, the wearable component including a housing having an opening, a cover coupled to the housing, and a flexible adhesive patch coupled to the housing for adhering the wearable component to the user's skin; an injection component having an operative end configured to cooperate with the opening of the housing of the wearable component to administer a medication to the user, the wearable component including at least one monitoring device operative to monitor at least one parameter related to the use of at least one of the wearable component and the injection component, the cover of the wearable component being configured to cover at least a portion of the opening in the housing when the injection component is not received in the opening, the cover being configured to open upon insertion of the injection component into the opening. a wearable component adapted to be worn on a surface of a user's skin, the wearable component including a housing having an opening, a cover coupled to the housing, and a flexible adhesive patch coupled to the housing for adhering the wearable component to the user's skin; an injection component having an operative end configured to cooperate with the opening of the housing of the wearable component to administer a medication to the user, the wearable component including at least one monitoring device operative to monitor at least one parameter related to the use of at least one of the wearable component and the injection component, the cover of the wearable component being configured to cover at least a portion of the opening in the housing when the injection component is not received in the opening, the cover being configured to open upon insertion of the injection component into the opening.
A method of transmitting uplink control information by a user equipment, UE, supporting a plurality of transmission time intervals, TTIs, a plurality of subcarrier spacings, or a plurality of processing times in a wireless communication system, the method comprising: receiving a configuration of repeated transmission of acknowledgement/nonacknowledgement, HARQ-ACK, information for a downlink transport block, wherein the configuration of repeated transmission includes a number of repeated transmission of HARQ-ACK information; receiving information including a number of TTIs to perform repeated transmission using a same short Physical Uplink Control Channel, sPUCCH, resource among TTIs for the repeated transmission; triggering the repeated transmission based on a predetermined condition being satisfied; obtaining a frequency hopping pattern based on the number of repeated transmission of HARQ-ACK information; and transmitting the HARQ-ACK information repeatedly based on the frequency hopping pattern and the number of TTIs to perform repeated transmission. receiving a configuration of repeated transmission of acknowledgement/nonacknowledgement, HARQ-ACK, information for a downlink transport block, wherein the configuration of repeated transmission includes a number of repeated transmission of HARQ-ACK information; receiving information including a number of TTIs to perform repeated transmission using a same short Physical Uplink Control Channel, sPUCCH, resource among TTIs for the repeated transmission; triggering the repeated transmission based on a predetermined condition being satisfied; obtaining a frequency hopping pattern based on the number of repeated transmission of HARQ-ACK information; and transmitting the HARQ-ACK information repeatedly based on the frequency hopping pattern and the number of TTIs to perform repeated transmission.
An object removal tool comprising: a basket device comprising a basket section; a sheath on the basket device, where the sheath is adapted to longitudinally slide on the basket device; and a control, comprising a holder and a bracket, connected to the basket device and the sheath, where the holder is configured to be removably connected to a port of an endoscope, where the control is configured to longitudinally move the sheath on the basket device to close the basket section on an object, where the bracket is movably connected to the holder, where a proximal end of the basket device is fixedly connected to the bracket, where the bracket is limited to longitudinally slide along a first length of travel of the bracket on the holder and is rotatable on the holder at an end of the first length of travel, where the control comprises a cam member having a cam surface adapted to cam against a portion of the sheath as the sheath and the cam member are rotated relative to each other. a basket device comprising a basket section; a sheath on the basket device, where the sheath is adapted to longitudinally slide on the basket device; and a control, comprising a holder and a bracket, connected to the basket device and the sheath, where the holder is configured to be removably connected to a port of an endoscope, where the control is configured to longitudinally move the sheath on the basket device to close the basket section on an object, where the bracket is movably connected to the holder, where a proximal end of the basket device is fixedly connected to the bracket, where the bracket is limited to longitudinally slide along a first length of travel of the bracket on the holder and is rotatable on the holder at an end of the first length of travel, where the control comprises a cam member having a cam surface adapted to cam against a portion of the sheath as the sheath and the cam member are rotated relative to each other.
A method of operating an active implantable medical device, AIMD, comprising a stimulating lead assembly with a plurality of electrodes (148, 448, 450), a signal generator and a control circuit, wherein the AIMD is a cochlear implant, the method comprising: selecting at least one pair of electrodes with the control circuit; applying with the signal generator a measurement signal with a selected subthreshold voltage at a plurality of frequencies to a recipient of the AIMD using the selected pair of electrodes; performing, with the control circuit, an impedance spectroscopy measurement, responsive to the measurement signal and indicative of an impedance of the selected pair of electrodes and surrounding tissue of the recipient, at each of the plurality of frequencies; and analyzing the impedance spectroscopy measurement data by the cochlear implant; determining by the cochlear implant, based on the analyzing, if a fault occurred or the stimulating lead assembly has shifted position from its initial position; and performing by the cochlear implant, one of the following steps: modifying a map used in generating electrical stimulation, providing an indication to an external speech processor or, terminating application of stimulation to the recipient. selecting at least one pair of electrodes with the control circuit; applying with the signal generator a measurement signal with a selected subthreshold voltage at a plurality of frequencies to a recipient of the AIMD using the selected pair of electrodes; performing, with the control circuit, an impedance spectroscopy measurement, responsive to the measurement signal and indicative of an impedance of the selected pair of electrodes and surrounding tissue of the recipient, at each of the plurality of frequencies; and analyzing the impedance spectroscopy measurement data by the cochlear implant; determining by the cochlear implant, based on the analyzing, if a fault occurred or the stimulating lead assembly has shifted position from its initial position; and performing by the cochlear implant, one of the following steps: modifying a map used in generating electrical stimulation, providing an indication to an external speech processor or, terminating application of stimulation to the recipient.
An apparatus for analysing data streams being carried over a network, wherein said data streams comprise streams of data packets formed according to one or more predetermined protocols, the apparatus comprising: a network interface (202, 204) for receiving data streams being conveyed over the network; a bit pattern memory array for storing one or more predetermined bit patterns; a multi-tap delay buffer, coupled to the network interface (202, 204) to input a received data stream, the delay buffer having a plurality of outputs each arranged to output data packets of the received data stream with a different length of delay; a hardware search engine logic coupled to receive data packets of a data stream received by the network interface (202, 204) and, with access to the bit pattern memory array, for performing a bit-wise comparison of a bit pattern stored in the bit pattern memory array with bit sequences contained in the received data packets thereby to identify one or more actionable data packets, said one or more actionable data packets comprising at least one data packet in the received data stream identified as containing a bit sequence that matches the bit pattern; and a processor, coupled to the multi-tap delay buffer, arranged to perform software-implemented processing on said one or more actionable data packets when output from the delay buffer with a first level of delay and, in dependence upon the result of said processing, to trigger the hardware search engine logic to perform a further bit-wise comparison upon data packets when output from the delay buffer, thereby to identify one or more further actionable data packets. a network interface (202, 204) for receiving data streams being conveyed over the network; a bit pattern memory array for storing one or more predetermined bit patterns; a multi-tap delay buffer, coupled to the network interface (202, 204) to input a received data stream, the delay buffer having a plurality of outputs each arranged to output data packets of the received data stream with a different length of delay; a hardware search engine logic coupled to receive data packets of a data stream received by the network interface (202, 204) and, with access to the bit pattern memory array, for performing a bit-wise comparison of a bit pattern stored in the bit pattern memory array with bit sequences contained in the received data packets thereby to identify one or more actionable data packets, said one or more actionable data packets comprising at least one data packet in the received data stream identified as containing a bit sequence that matches the bit pattern; and a processor, coupled to the multi-tap delay buffer, arranged to perform software-implemented processing on said one or more actionable data packets when output from the delay buffer with a first level of delay and, in dependence upon the result of said processing, to trigger the hardware search engine logic to perform a further bit-wise comparison upon data packets when output from the delay buffer, thereby to identify one or more further actionable data packets.
A device for controlling the temperature of a battery of a motor vehicle, in particular a traction battery of a hybrid vehicle or an electric vehicle, comprising: - an air-conditioning system for producing a temperature-controlled air stream for controlling the temperature of an interior vehicle space of the motor vehicle; and - a cooling circuit with: - a first heat exchanger for exchanging heat with the battery; - a second heat exchanger, which is arranged for exchanging heat with a surrounding area of the device; and - a third heat exchanger, which is arranged for exchanging heat with the temperature-controlled air stream. - an air-conditioning system for producing a temperature-controlled air stream for controlling the temperature of an interior vehicle space of the motor vehicle; and - a cooling circuit with: - a first heat exchanger for exchanging heat with the battery; - a second heat exchanger, which is arranged for exchanging heat with a surrounding area of the device; and - a third heat exchanger, which is arranged for exchanging heat with the temperature-controlled air stream. - a first heat exchanger for exchanging heat with the battery; - a second heat exchanger, which is arranged for exchanging heat with a surrounding area of the device; and - a third heat exchanger, which is arranged for exchanging heat with the temperature-controlled air stream.
Method for identifying coded information arranged on an aerosol-generating consumable article to be consumed by using an aerosol generating device, the article defining an insertion direction and comprising at least one indicium containing coded information about the article arranged on or inside said article, the aerosol-generating device comprising a cavity arranged for insertion of the article along the insertion direction and comprising an indicium detection system, the method comprising: reading the coded information of said indicium by the indicium detection system only during the lapse of time of the movement of insertion of said aerosol-generating article in the cavity, as the article is moved in or through the cavity of said aerosol-generating device.
Rubber composition based on at least: - an elastomeric matrix comprising at most 70 parts by weight per hundred parts by weight of elastomer, phr, of a polyisoprene and at least 30 phr of a butadiene/styrene copolymer, the butadiene/styrene copolymer exhibiting a content of styrene units of between 20% and 40% by weight, with respect to the total weight of the butadiene/styrene copolymer, a content of trans-1,4-butadiene units of greater than 65% by weight, with respect to the total weight of the butadiene units, a content of vinyl units of less than 8% by weight, with respect to the total weight of the butadiene units, and a glass transition temperature of between -60°C and -35°C, - from 35 to 75 phr of a carbon black exhibiting a BET specific surface of between 90 and 100 m 2 /g and a COAN absorption index of between 90 and 100 ml/100 g, - a crosslinking system. - an elastomeric matrix comprising at most 70 parts by weight per hundred parts by weight of elastomer, phr, of a polyisoprene and at least 30 phr of a butadiene/styrene copolymer, the butadiene/styrene copolymer exhibiting a content of styrene units of between 20% and 40% by weight, with respect to the total weight of the butadiene/styrene copolymer, a content of trans-1,4-butadiene units of greater than 65% by weight, with respect to the total weight of the butadiene units, a content of vinyl units of less than 8% by weight, with respect to the total weight of the butadiene units, and a glass transition temperature of between -60°C and -35°C, - from 35 to 75 phr of a carbon black exhibiting a BET specific surface of between 90 and 100 m 2 /g and a COAN absorption index of between 90 and 100 ml/100 g, - a crosslinking system.
A textile printing method comprising: coating a printing surface of a fabric with a pretreatment liquid; ejecting an adhesive liquid onto the printing surface to form an adhesive layer, after the coating of the printing surface; and transferring metallic foil onto the adhesive layer by bringing a sheet, on which the metallic foil is formed, into contact with the adhesive layer, wherein the pretreatment liquid causes the adhesive liquid to aggregate on the surface of the fabric. coating a printing surface of a fabric with a pretreatment liquid; ejecting an adhesive liquid onto the printing surface to form an adhesive layer, after the coating of the printing surface; and transferring metallic foil onto the adhesive layer by bringing a sheet, on which the metallic foil is formed, into contact with the adhesive layer,
Submarine having a system for outputting gas from the submarine, having a multi-phase pump which feeds the gas together with seawater and causes it to at least partially dissolve in the seawater, and having means for discharging the solution from the submarine, characterized in that a gas precipitation device is connected downstream of the multi-phase pump.
A gastrostomy device, comprising: a gastrostomy tube having a retainer lumen extending between a proximal part and a distal part of the tube; an inflatable retaining element coupled to the tube at the distal part, wherein an interior space of the retaining element is in fluid communication with the retainer lumen; and an indicator being in fluid communication with the retainer lumen at the proximal part of the tube, wherein the indicator is configured for indicating a pressure in the retaining element continuously within a range from a pressure corresponding to an empty retaining element to an optimal pressure for the inflated retaining element, characterized in that the indicator comprises: a hollow member being in fluid communication with the retainer lumen at the proximal part of the tube, wherein the hollow member is configured to receive and hold an amount of a fluid from the retainer lumen in proportion to the pressure in the retainer element, wherein the hollow member is configured to have a curved form, when in an empty state, and to straighten, when receiving the fluid, and wherein the hollow member has a visual indicator visible from an outside of the indicator. a gastrostomy tube having a retainer lumen extending between a proximal part and a distal part of the tube; an inflatable retaining element coupled to the tube at the distal part, wherein an interior space of the retaining element is in fluid communication with the retainer lumen; and an indicator being in fluid communication with the retainer lumen at the proximal part of the tube, wherein the indicator is configured for indicating a pressure in the retaining element continuously within a range from a pressure corresponding to an empty retaining element to an optimal pressure for the inflated retaining element, a hollow member being in fluid communication with the retainer lumen at the proximal part of the tube, wherein the hollow member is configured to receive and hold an amount of a fluid from the retainer lumen in proportion to the pressure in the retainer element, wherein the hollow member is configured to have a curved form, when in an empty state, and to straighten, when receiving the fluid, and wherein the hollow member has a visual indicator visible from an outside of the indicator.