mhurhangee/patent-ind-claim-en huggingface dataset:
A cardan joint configured to be assembled on a drive shaft , wherein the cardan joint comprises: - a bushing that comprises a shaped inner surface, and a first pair of cylindrical projections diametrically facing each other, located on an outer surface and perpendicular to said bushing ; - a ring comprising a first pair of recesses , on an inner surface, diametrically facing each other and perpendicular to said ring , and a second pair of cylindrical projections , wherein each one of the cylindrical projections is orthogonal to each one of the first pair of recesses , on an outer surface of the ring ; - a driven tubular shaft comprising a second pair of recesses diametrically facing each other, on an inner surface of said tubular shaft ; and - a cogwheel integrally mounted on the driven tubular shaft , configured to engage with a drive means; wherein the bushing is configured to be connected to a drive shaft comprising a shaped outer surface, complementary to the shaped inner surface of said bushing , and wherein the first pair of cylindrical projections are inserted, with the respective interposition of a first pair of bearings , in the first pair of recesses of the ring , wherein the second pair of cylindrical projections of the ring are inserted, with the interposition of a second pair of bearings , in the second pair of recesses of the driven tubular shaft and wherein the tubular shaft is assembled to a third pair of bearings . - a bushing that comprises a shaped inner surface, and a first pair of cylindrical projections diametrically facing each other, located on an outer surface and perpendicular to said bushing ; - a ring comprising a first pair of recesses , on an inner surface, diametrically facing each other and perpendicular to said ring , and a second pair of cylindrical projections , wherein each one of the cylindrical projections is orthogonal to each one of the first pair of recesses , on an outer surface of the ring ; - a driven tubular shaft comprising a second pair of recesses diametrically facing each other, on an inner surface of said tubular shaft ; and - a cogwheel integrally mounted on the driven tubular shaft , configured to engage with a drive means;
Power electronic system for an electric powertrain, including: - a first power electronic module (OND); - a second power electronic module (CONV); - a third power electronic module (CAPA); - a set (ENS) of busbars (BP, BN) connecting said first module (OND) to said second module (CONV), said set (ENS) of busbars (BP, BN) including a U-shaped deviation that is attached to the casing of said third module (CAPA) via a bolted fastener (AG), said system being characterized in that said U-shaped deviation is sandwiched between said casing of said third module (CAPA) and said fastener (AG), with just a block of insulating composite foam (MC3) separating said casing from said set of busbars. - a first power electronic module (OND); - a second power electronic module (CONV); - a third power electronic module (CAPA); - a set (ENS) of busbars (BP, BN) connecting said first module (OND) to said second module (CONV), said set (ENS) of busbars (BP, BN) including a U-shaped deviation that is attached to the casing of said third module (CAPA) via a bolted fastener (AG), said system being characterized in that said U-shaped deviation is sandwiched between said casing of said third module (CAPA) and said fastener (AG), with just a block of insulating composite foam (MC3) separating said casing from said set of busbars.
Comminuting machine such as a crusher , mill or the like, in which the material to be comminuted is guided through a gap formed between at least one wear layer applied to a component part of the comminuting machine and a counter-surface , the extent of said gap varying as the at least one wear layer progressively wears, characterized in that a radar antenna oriented towards the associated counter-surface is assigned for determining the wear occurring at the wear layer and/or for determining the respectively applicable extent of the gap between wear layer and counter-surface , wherein the radar antenna comprises an antenna region and a wear part assigned to at least that region of the wear layer which is provided for permissible wear, said wear part becoming shorter in each case with the wear of the wear layer .
A method for a base station, comprising: configuring a User Equipment, in the following also referred to as UE, with a time domain resource allocation table for Physical Downlink Shared Channel, in the following also referred to as PDSCH, ; transmitting an indication of a first time duration which informs the UE that a time duration between a starting symbol of a PDSCH transmission and corresponding Downlink Control Information, in the following also referred to as DCI, is not shorter than the first time duration, wherein at least one entry in the time domain resource allocation table is associated with a second time duration and the second time duration is shorter than the first time duration ; and prohibiting from scheduling the UE with the at least one entry, wherein the method further comprises: receiving a first value of the first time duration from the UE, and wherein the first value of the first time duration is determined according to time required for the LTE to finish DCI reception and DCI decoding. configuring a User Equipment, in the following also referred to as UE, with a time domain resource allocation table for Physical Downlink Shared Channel, in the following also referred to as PDSCH, ; transmitting an indication of a first time duration which informs the UE that a time duration between a starting symbol of a PDSCH transmission and corresponding Downlink Control Information, in the following also referred to as DCI, is not shorter than the first time duration, wherein at least one entry in the time domain resource allocation table is associated with a second time duration and the second time duration is shorter than the first time duration ; and prohibiting from scheduling the UE with the at least one entry, wherein the method further comprises: receiving a first value of the first time duration from the UE, and wherein the first value of the first time duration is determined according to time required for the LTE to finish DCI reception and DCI decoding.
A method of coating bottom and partial side portions of a food product comprising: directing the food product in a longitudinal direction along a first conveyor belt which is longitudinally spaced from a second, solid conveyor belt by a longitudinal gap extending in a longitudinal direction; dispensing coating material onto and laterally across a portion of the second, solid conveyor belt from a dispenser head positioned within the longitudinal gap , with the dispenser head including an uppermost wall , an upstream side wall , a downstream side wall and at least one dispensing opening provided in the downstream side wall , while being above and exposed to an upper surface of the second, solid conveyor belt for dispensing of the coating material ; transferring the food product from upon the first conveyor belt onto the second, solid conveyor belt wherein the food product becomes partially immersed in the coating material to establish a coated food product; and removing the coated food product from the second, solid conveyor belt . directing the food product in a longitudinal direction along a first conveyor belt which is longitudinally spaced from a second, solid conveyor belt by a longitudinal gap extending in a longitudinal direction; dispensing coating material onto and laterally across a portion of the second, solid conveyor belt from a dispenser head positioned within the longitudinal gap , with the dispenser head including an uppermost wall , an upstream side wall , a downstream side wall and at least one dispensing opening provided in the downstream side wall , while being above and exposed to an upper surface of the second, solid conveyor belt for dispensing of the coating material ; transferring the food product from upon the first conveyor belt onto the second, solid conveyor belt wherein the food product becomes partially immersed in the coating material to establish a coated food product; and removing the coated food product from the second, solid conveyor belt .
Channel inspection and/or maintenance system comprising an inspection and/or maintenance device being movable and/or shiftable in the channel, and a monitoring device , the inspection and/or maintenance device being operatively connected to the monitoring device via a wired communication connection , the inspection and/or maintenance device having at least one image recording system (17; 17.1; 17.2), the at least one image recording system (17; 17.1; 17.2) providing digital video data, and - the inspection and/or maintenance device having a transmission device which is operatively coupled to the at least one image recording system (17; 17.1; 17.2) and to the communication connection , and - the monitoring device having a receiving device which is operatively coupled to the communication connection , characterized in that - the transmission device and the receiving device are adapted to transmit the digital video data at least via a portion (40.1; 40.2) of the communication connection in an analog manner according to the AHD standard, Analog High Definition, - the transmission device is adapted to transmit the digital video data provided by the image recording system (17; 17.1; 17.2) as analog video data according to the AHD standard, a transducer of the transmission device being adapted to convert the digital video data into analog video data according to the AHD standard, and - the receiving device has connectors via which monitoring and/or control data can be supplied to the receiving device, the communication connection having a control channel via which the monitoring and/or control data provided to the receiving device are transmitted to the transmission device of the inspection device . - the inspection and/or maintenance device having a transmission device which is operatively coupled to the at least one image recording system (17; 17.1; 17.2) and to the communication connection , and - the monitoring device having a receiving device which is operatively coupled to the communication connection , - the transmission device and the receiving device are adapted to transmit the digital video data at least via a portion (40.1; 40.2) of the communication connection in an analog manner according to the AHD standard, Analog High Definition, - the transmission device is adapted to transmit the digital video data provided by the image recording system (17; 17.1; 17.2) as analog video data according to the AHD standard, a transducer of the transmission device being adapted to convert the digital video data into analog video data according to the AHD standard, and - the receiving device has connectors via which monitoring and/or control data can be supplied to the receiving device, the communication connection having a control channel via which the monitoring and/or control data provided to the receiving device are transmitted to the transmission device of the inspection device .
An automated method for detecting HIV-1 nucleic acids in a blood sample, the method comprising: a) providing: i) a blood sample suspected of being infected with HIV dried on a solid carrier, ii) an elution buffer, iii) an automated, programmable sample preparation instrument, iv) an automated, programmable PCR instrument, v) DNase and vi) PCR reagents suitable for detecting HIV-1 nucleic acids; b) eluting the blood sample from the solid carrier with the elution buffer to create an eluted sample; c) automatically loading the eluted sample into the automated, programmable sample preparation instrument for further nucleic acid extraction and purification to create a processed sample; d) loading the PCR reagents into the automated, programmable PCR instrument; e) initiating an automated program to aliquot the PCR reagents into the processed sample; f) performing PCR on the extracted nucleic acids in the processed sample with the automated, programmable PCR instrument; g) analyzing PCR results generated by the automated, programmable PCR instrument to determine if any samples comprise HIV-1 nucleic acids; h) wherein, said elution buffer comprises approximately 3.5 M GITC, approximately 5% polysorbate 20, approximately 50 mM KOAc at approximately pH 6.0; i) wherein, optionally, DNase is added to one or more of the processed sample, the PCR reagents, or the complete PCR reaction after addition of the PCR reagents to the processed sample. a) providing: i) a blood sample suspected of being infected with HIV dried on a solid carrier, ii) an elution buffer, iii) an automated, programmable sample preparation instrument, iv) an automated, programmable PCR instrument, v) DNase and vi) PCR reagents suitable for detecting HIV-1 nucleic acids; b) eluting the blood sample from the solid carrier with the elution buffer to create an eluted sample; c) automatically loading the eluted sample into the automated, programmable sample preparation instrument for further nucleic acid extraction and purification to create a processed sample; d) loading the PCR reagents into the automated, programmable PCR instrument; e) initiating an automated program to aliquot the PCR reagents into the processed sample; f) performing PCR on the extracted nucleic acids in the processed sample with the automated, programmable PCR instrument; g) analyzing PCR results generated by the automated, programmable PCR instrument to determine if any samples comprise HIV-1 nucleic acids; h) wherein, said elution buffer comprises approximately 3.5 M GITC, approximately 5% polysorbate 20, approximately 50 mM KOAc at approximately pH 6.0; i) wherein, optionally, DNase is added to one or more of the processed sample, the PCR reagents, or the complete PCR reaction after addition of the PCR reagents to the processed sample.
A disc brake comprising: a piston , for applying an actuating force to a brake pad , the piston comprising a hollow rotatable portion arranged such that rotation thereof causes the piston to extend; and a wear adjustment mechanism for adjusting the extension of the piston , to account for wear of the brake pad , the wear adjustment mechanism comprising a friction clutch having one or more input plates and one or more output plates arranged in a face-contacting relationship, wherein the output plates are located within the rotatable portion and directly drivingly engage the rotatable portion , and wherein the or each output plate comprises one or more driving abutment formations , and a radially inner surface of the rotatable portion comprises one or more corresponding driven abutment formations . a piston , for applying an actuating force to a brake pad , the piston comprising a hollow rotatable portion arranged such that rotation thereof causes the piston to extend; and a wear adjustment mechanism for adjusting the extension of the piston , to account for wear of the brake pad , the wear adjustment mechanism comprising a friction clutch having one or more input plates and one or more output plates arranged in a face-contacting relationship, wherein the output plates are located within the rotatable portion and directly drivingly engage the rotatable portion , and wherein the or each output plate comprises one or more driving abutment formations , and a radially inner surface of the rotatable portion comprises one or more corresponding driven abutment formations .
A method performed by a user equipment, UE, in a wireless communication system comprising a base station, wherein the method comprises: identifying a carrier aggregation, CA, configuration of the UE comprising a plurality of component carriers, CCs; identifying a channel state reporting process limit associated with the CA configuration based at least in part on a processing capability of the UE and an antenna configuration, transmitting an indication of the antenna configuration to the base station, wherein the antenna configuration comprises a number of receive antennas and the channel state reporting process limit is identified based at least in part on the number of receive antennas, transmitting an indication of the channel state reporting process limit to the base station, determining that a number of channel state reports exceeds the channel state reporting process limit; prioritizing a plurality of channel state reports from the number of channel state reports based at least in part on the channel state reporting process limit; receiving a trigger for channel state reporting from the base station; transmitting a first channel state report from the plurality of channel state reports in a first subframe based at least in part on the trigger and according to the channel state reporting process limit and prioritization; and transmitting a second channel state report from the plurality of channel state reports in a second subframe based at least in part on the trigger and according to the channel state reporting process and prioritization. identifying a carrier aggregation, CA, configuration of the UE comprising a plurality of component carriers, CCs; identifying a channel state reporting process limit associated with the CA configuration based at least in part on a processing capability of the UE and an antenna configuration, transmitting an indication of the antenna configuration to the base station, wherein the antenna configuration comprises a number of receive antennas and the channel state reporting process limit is identified based at least in part on the number of receive antennas, transmitting an indication of the channel state reporting process limit to the base station, determining that a number of channel state reports exceeds the channel state reporting process limit; prioritizing a plurality of channel state reports from the number of channel state reports based at least in part on the channel state reporting process limit; receiving a trigger for channel state reporting from the base station; transmitting a first channel state report from the plurality of channel state reports in a first subframe based at least in part on the trigger and according to the channel state reporting process limit and prioritization; and transmitting a second channel state report from the plurality of channel state reports in a second subframe based at least in part on the trigger and according to the channel state reporting process and prioritization.
A kit comprising: a) a drop-off probe having a sequence complementary to a wild type microsatellite repeat sequence in genomic DNA with at least one nucleotide on the 5' end and at least one nucleotide on the 3' end of the wild type microsatellite repeat sequence, wherein the drop-off probe is attached to a first label and a quencher and wherein the quencher of the drop-off probe is attached at a site within ten nucleotides of the first label; and b) a reference probe having a sequence that is complementary to a reference sequence in genomic DNA that is not microsatellite repeat sequence, wherein the reference probe is attached to a second label and a quencher, c) a set of amplification primers positioned 5' and 3' of the binding sites of the drop-off probe and reference probe, said set of amplification primers being designed to amplify both binding sites of the drop-off probe and the reference probe. a) a drop-off probe having a sequence complementary to a wild type microsatellite repeat sequence in genomic DNA with at least one nucleotide on the 5' end and at least one nucleotide on the 3' end of the wild type microsatellite repeat sequence, wherein the drop-off probe is attached to a first label and a quencher and wherein the quencher of the drop-off probe is attached at a site within ten nucleotides of the first label; and b) a reference probe having a sequence that is complementary to a reference sequence in genomic DNA that is not microsatellite repeat sequence, wherein the reference probe is attached to a second label and a quencher, c) a set of amplification primers positioned 5' and 3' of the binding sites of the drop-off probe and reference probe, said set of amplification primers being designed to amplify both binding sites of the drop-off probe and the reference probe.
An apparatus for generating a mist and/or foam, the apparatus comprising: at least one first fluid supply passage having an inlet in fluid communication with a first fluid supply and a first fluid outlet; at least one second fluid supply passage having an inlet in fluid communication with a second fluid supply and a second fluid outlet; and a nozzle in fluid communication with the first and second fluid outlets, the nozzle having a nozzle inlet , a nozzle outlet , and a nozzle throat intermediate the nozzle inlet and nozzle outlet , the nozzle throat having a cross sectional area which is less than that of both the nozzle inlet and nozzle outlet ; wherein the second fluid outlet includes a porous member through which the second fluid must flow; and wherein the apparatus further comprises a plurality of the first fluid supply passages , each first fluid supply passage having a respective first fluid outlet, and wherein the first fluid outlets are circumferentially spaced about the second fluid outlet; wherein the nozzle is downstream of the first and second fluid outlets, wherein the first and second fluid outlets are in fluid communication with the nozzle inlet ; and wherein the apparatus further comprises a mixing chamber intermediate the first and second fluid outlets and the nozzle inlet , and characterised in that the porous member is hollow and surrounds the second fluid outlet so as to define an inner chamber at least partially located within the mixing chamber . at least one first fluid supply passage having an inlet in fluid communication with a first fluid supply and a first fluid outlet; at least one second fluid supply passage having an inlet in fluid communication with a second fluid supply and a second fluid outlet; and a nozzle in fluid communication with the first and second fluid outlets, the nozzle having a nozzle inlet , a nozzle outlet , and a nozzle throat intermediate the nozzle inlet and nozzle outlet , the nozzle throat having a cross sectional area which is less than that of both the nozzle inlet and nozzle outlet ; wherein the second fluid outlet includes a porous member through which the second fluid must flow; and wherein the apparatus further comprises a plurality of the first fluid supply passages , each first fluid supply passage having a respective first fluid outlet, and wherein the first fluid outlets are circumferentially spaced about the second fluid outlet; wherein the nozzle is downstream of the first and second fluid outlets, wherein the first and second fluid outlets are in fluid communication with the nozzle inlet ; and wherein the apparatus further comprises a mixing chamber intermediate the first and second fluid outlets and the nozzle inlet , and characterised in that the porous member is hollow and surrounds the second fluid outlet so as to define an inner chamber at least partially located within the mixing chamber .