mhurhangee/ep-ind-claims huggingface dataset:
An exhaust duct for exhausting combustion gases of a gas turbine engine, the exhaust duct comprising: an annular inlet conduit having an axis, an outer wall having a radius from the axis, the inlet conduit configured to direct combustion gases generally in the axial direction and with a swirl direction about the axis, the exhaust duct further comprising at least two outlet conduits (30, 32) extending generally outwardly radially from the inlet conduit along respective outlet centerlines (A2, A3), the inlet conduit having at least two splitters therein, each splitter being upstream of a respective outlet conduit (30, 32) relative to the swirl direction, each splitter defining a splitter line passing radially through the splitter and the axis, the splitter located relative to centerline (A2, A3) of the respective downstream outlet conduit (30, 32) by a clocking angle (θ7) defined between the respective centerline (A2, A3) and the splitter line when projected in a plane orthogonal to the axis, characterized in that the clocking angle (θ7) is greater than 90°, wherein each splitter is clocked upstream of the respective outlet conduit (30, 32) relative to the swirl direction. the inlet conduit having at least two splitters therein, each splitter being upstream of a respective outlet conduit (30, 32) relative to the swirl direction, each splitter defining a splitter line passing radially through the splitter and the axis, the splitter located relative to centerline (A2, A3) of the respective downstream outlet conduit (30, 32) by a clocking angle (θ7) defined between the respective centerline (A2, A3) and the splitter line when projected in a plane orthogonal to the axis, characterized in that the clocking angle (θ7) is greater than 90°, wherein each splitter is clocked upstream of the respective outlet conduit (30, 32) relative to the swirl direction.
Housing having a main body having a rear side with an opening, wherein the opening is provided for introducing an electrical cable in the housing, having a seal, the seal being formed from a resilient material, wherein the resilient material is electrically conductive, and wherein the seal surrounds the opening and is arranged between the housing and the cable, wherein the seal is provided for sealing the introduction of the electrical cable in the housing and for electrically contacting an electrical shield of the cable, wherein the housing is a connector housing, wherein the resilient material is constructed in a viscoelastic manner, wherein the housing has a front-side opening through which a front side of a connector protrudes, electrical contacts are arranged at the front side of the connector, wherein the connector has a flexible curved engaging member which protrudes through the opening into the housing, wherein the front-side opening is delimited by a peripheral front-side edge region, wherein the front-side edge region delimits the opening and protrudes beyond the housing in the direction of the front side of the connector, wherein the housing is embodied to be connected to another housing to bring the front side edge region in abutment against a receiving member of the other housing in a sealing manner, wherein an upper side of the main body has an actuation element in the form of a projection, the actuation element serves to actuate the curved engaging member, wherein at least one portion of the upper side of the main body is covered with a layer or formed from a layer, wherein the layer is produced from the resilient and electrically conductive material, wherein the housing partially comprises the same material as the seal, wherein the layer of the housing is constructed in one piece with the seal.
A method of forming a composite component having a fillet joint, characterised in that the method comprises: providing a thermally insulating element (150, 250) between a surface of the fillet joint and a surface of a heated mould within which the component is formed in order to thermally insulate a fillet region of the component during cure, such that the fillet region is substantially the last region of the component to cure, the thermally insulating element (150, 250) being rigid so as to be geometrically stable at temperatures and pressures employed during component cure to reinforce the mould at the fillet region.
Printing machine for printing preforms in the beverage processing industry, wherein the printing machine comprises a printing module which is designed to imprint at least one component of an electronic part onto a surface of the preform in the region of the support ring of the preform, wherein the component is applied to the surface of the support ring, and/or to a region that extends at most 1 cm below the support ring in the direction of the base of the preform, and/or to the thread of the preform.
A method performed by a radio device for supporting multiple Hybrid Automatic Repeat Request, HARQ, processes, the method comprising: responsive to the radio device receiving a resource grant for a first HARQ process, starting or restarting a timer that configures the radio device to monitor for a resource grant of a second HARQ process, wherein the starting or restarting of the timer is further responsive to determining that receiving the resource grant of the second HARQ process is possible according to one or more criteria, wherein the determining that receiving the resource grant of the second HARQ process is possible according to one or more criteria comprises at least one of: - determining that no pending transmission is scheduled for the second HARQ process and determining that a HARQ round trip time, RTT, timer for the second HARQ process is not running, and - determining that the resource grant of the first HARQ process was received in order with respect to the second HARQ process. - determining that no pending transmission is scheduled for the second HARQ process and determining that a HARQ round trip time, RTT, timer for the second HARQ process is not running, and - determining that the resource grant of the first HARQ process was received in order with respect to the second HARQ process.
Apparatus for eradication of invasive species of hogweed consisting of a longitudinal handle, a spike, a hole saw cutter and a coil spring, the said coil spring with the hole saw cutter is shorter than the spike, wherein the spike is fastened stiffly to the longitudinal handle, and around the spike there is the coil spring fixed to the handle, to which there is attached the hole saw cutter at a free end; characterized in that inside the coil spring there is fixed a compressible well-absorbing material.
A method for producing fluid flow field plates with complex flow field geometries, the method comprising: locating a first electrically conductive sheet on top of a second electrically conductive sheet so that they are in intimate contact with each other, the first and second electrically conductive sheets (12, 14) being sealed together, with at least one manifold opening (20, 22, 24, 26, 28, 30) cut through the first and second electrically conductive sheets (12, 14); and creating at least one channel for a fluid by kiss cutting through the first electrically conductive sheet so that the at least one channel is in fluid communication with the at least one manifold opening (20, 22, 24, 26, 28, 30). locating a first electrically conductive sheet on top of a second electrically conductive sheet so that they are in intimate contact with each other, the first and second electrically conductive sheets (12, 14) being sealed together, with at least one manifold opening (20, 22, 24, 26, 28, 30) cut through the first and second electrically conductive sheets (12, 14); and creating at least one channel for a fluid by kiss cutting through the first electrically conductive sheet so that the at least one channel is in fluid communication with the at least one manifold opening (20, 22, 24, 26, 28, 30).
A method performed by a scheduled entity to communicate wirelessly with a scheduling entity, the method comprising: receiving a downlink transmission, wherein a first slot (600, 650) of the downlink transmission comprises: a first control region configured to carry first downlink control information, DCI and a control reference signal, CRS; a second control region, wherein the second control region is located, within the first slot, in a subsequent symbol later than an initial symbol of the first slot, the second control region configured to carry second DCI, supplemental to the first DCI carried in the first control region, wherein the second control region comprises a retransmission indicator, RI; and a first data region multiplexed with the first control region and configured to carry first user data and a first demodulation reference signal, DMRS; and transmitting, in an uplink burst region (608, 656, 658) of the first slot, feedback based on at least one of the first DCI, the first user data, the first DMRS, of the first slot. receiving a downlink transmission, wherein a first slot (600, 650) of the downlink transmission comprises: a first control region configured to carry first downlink control information, DCI and a control reference signal, CRS; a second control region, wherein the second control region is located, within the first slot, in a subsequent symbol later than an initial symbol of the first slot, the second control region configured to carry second DCI, supplemental to the first DCI carried in the first control region, wherein the second control region comprises a retransmission indicator, RI; and a first data region multiplexed with the first control region and configured to carry first user data and a first demodulation reference signal, DMRS; and a first control region configured to carry first downlink control information, DCI and a control reference signal, CRS; a second control region, wherein the second control region is located, within the first slot, in a subsequent symbol later than an initial symbol of the first slot, the second control region configured to carry second DCI, supplemental to the first DCI carried in the first control region, wherein the second control region comprises a retransmission indicator, RI; and a first data region multiplexed with the first control region and configured to carry first user data and a first demodulation reference signal, DMRS; and transmitting, in an uplink burst region (608, 656, 658) of the first slot, feedback based on at least one of the first DCI, the first user data, the first DMRS, of the first slot.
A system for checking project security vulnerabilities for automation system design, the system comprising: a security database configured to store descriptions of known software vulnerability related to an automation system; an Internet crawler application configured to systematically browse the Internet to find new software vulnerability related to the automation system and index the new software vulnerability into the security database; a security service application configured to: retrieve, from the security database, one or more potential software vulnerabilities related to a hardware/software configuration of the automation system; identify one or more policies related to the potential vulnerabilities wherein each policy describes a potential vulnerability and action to be performed in response to detection of the potential vulnerabilities; apply the policies to the hardware/software configuration and software code corresponding to an automation application to identify one or more actual vulnerabilities; and display the one or more actual vulnerabilities to a user, wherein the one or more actual vulnerabilities are displayed to the user in an Integrated Development Environment. a security database configured to store descriptions of known software vulnerability related to an automation system; an Internet crawler application configured to systematically browse the Internet to find new software vulnerability related to the automation system and index the new software vulnerability into the security database; a security service application configured to: retrieve, from the security database, one or more potential software vulnerabilities related to a hardware/software configuration of the automation system; identify one or more policies related to the potential vulnerabilities wherein each policy describes a potential vulnerability and action to be performed in response to detection of the potential vulnerabilities; apply the policies to the hardware/software configuration and software code corresponding to an automation application to identify one or more actual vulnerabilities; and display the one or more actual vulnerabilities to a user, wherein the one or more actual vulnerabilities are displayed to the user in an Integrated Development Environment. retrieve, from the security database, one or more potential software vulnerabilities related to a hardware/software configuration of the automation system; identify one or more policies related to the potential vulnerabilities wherein each policy describes a potential vulnerability and action to be performed in response to detection of the potential vulnerabilities; apply the policies to the hardware/software configuration and software code corresponding to an automation application to identify one or more actual vulnerabilities; and display the one or more actual vulnerabilities to a user, wherein the one or more actual vulnerabilities are displayed to the user in an Integrated Development Environment.
A polypeptide (a), (b), or (c) below: (a) a polypeptide consisting of the amino acid sequence as shown in SEQ ID NO: 32; (b) a polypeptide consisting of an amino acid sequence derived from the amino acid sequence as shown in SEQ ID NO: 32 by substitution, deletion, insertion, and/or addition of one amino acid or up to 33 amino acids and having an activity of improving the secretion productivity of a target protein in a host; or (c) a polypeptide consisting of an amino acid sequence having 85% or higher sequence identity with the amino acid sequence as shown in SEQ ID NO: 32 and having an activity of improving the secretion productivity of a target protein in a host. (a) a polypeptide consisting of the amino acid sequence as shown in SEQ ID NO: 32; (b) a polypeptide consisting of an amino acid sequence derived from the amino acid sequence as shown in SEQ ID NO: 32 by substitution, deletion, insertion, and/or addition of one amino acid or up to 33 amino acids and having an activity of improving the secretion productivity of a target protein in a host; or (c) a polypeptide consisting of an amino acid sequence having 85% or higher sequence identity with the amino acid sequence as shown in SEQ ID NO: 32 and having an activity of improving the secretion productivity of a target protein in a host.
An auditory prosthesis, comprising: an external component including an external magnet and a housing configured to be placed over a portion of skin of a recipient; an internal component (600, 144), said internal component being implantable and configured to be overlaid by the portion of skin, including an internal magnet; wherein the external magnet is configured to interact with the internal magnet to provide sufficient magnetic force to retain the external component over the internal component (600, 144), the external magnet has only three magnetic dipole moments (531, 533, 537), the internal magnet has only two magnetic dipole moments (633, 635), and the external component includes an inductor communication coil that encircles the external magnet and/or encircles a projection of the external magnet onto a plane defined by the inductor coil, wherein the external magnet comprises first and second portions (531, 533) having magnetizations (532, 534) with substantially equal magnitudes and substantially opposite directions and a third portion between the first portion and the second portion, the third portion having a magnetization that is substantially perpendicular to the magnetizations (532, 534) of the first portion and the second portion. an external component including an external magnet and a housing configured to be placed over a portion of skin of a recipient; an internal component (600, 144), said internal component being implantable and configured to be overlaid by the portion of skin, including an internal magnet; wherein the external magnet is configured to interact with the internal magnet to provide sufficient magnetic force to retain the external component over the internal component (600, 144), the external magnet has only three magnetic dipole moments (531, 533, 537), the internal magnet has only two magnetic dipole moments (633, 635), and the external component includes an inductor communication coil that encircles the external magnet and/or encircles a projection of the external magnet onto a plane defined by the inductor coil, wherein the external magnet comprises first and second portions (531, 533) having magnetizations (532, 534) with substantially equal magnitudes and substantially opposite directions and a third portion between the first portion and the second portion, the third portion having a magnetization that is substantially perpendicular to the magnetizations (532, 534) of the first portion and the second portion.
A compound selected from the group consisting of an antibody and an antigen-binding fragment thereof specifically binding to the signal regulatory protein alpha (SIRPa) and blocking the interaction between SIRPa and CD47, for use in the treatment of a hepatocellular carcinoma or a melanoma in a patient.
A method in a radio network node, for enabling a recipient to provide hybrid automatic repeat re-quest, HARQ, feedback for data transmitted in the downlink using carrier aggregation of a downlink Frequency-Division Duplexing, FDD, carrier and a Time-Division Duplexing, TDD, carrier, wherein the method comprises: associating each downlink subframe in the downlink FDD carrier with an uplink control channel subframe in an uplink FDD carrier; associating each downlink subframe and each special subframe in the TDD carrier with an uplink control channel subframe in the uplink FDD carrier; transmitting data on one or both of the downlink FDD carrier and the TDD carrier; and receiving HARQ feedback related to the data, from the recipient, on an uplink control channel subframe of the uplink FDD carrier, wherein spatial bundling is performed in the uplink control channel subframe which is assigned for HARQ feedback of both the downlink FDD carrier and the TDD carrier; and wherein spatial bundling is not performed in the uplink control channel subframe which is assigned for HARQ feedback of only the downlink FDD carrier. associating each downlink subframe in the downlink FDD carrier with an uplink control channel subframe in an uplink FDD carrier; associating each downlink subframe and each special subframe in the TDD carrier with an uplink control channel subframe in the uplink FDD carrier; transmitting data on one or both of the downlink FDD carrier and the TDD carrier; and receiving HARQ feedback related to the data, from the recipient, on an uplink control channel subframe of the uplink FDD carrier, wherein spatial bundling is performed in the uplink control channel subframe which is assigned for HARQ feedback of both the downlink FDD carrier and the TDD carrier; and wherein spatial bundling is not performed in the uplink control channel subframe which is assigned for HARQ feedback of only the downlink FDD carrier.
A method performed by an Access Point, AP, (100; 200; 300; 400) in a Wireless Local Area Network, WLAN, comprising a plurality of APs the method comprises the step of providing a wireless communication device (1000; 2000; 3000; 4000) served by said AP (100; 200; 300; 400) with deployment information comprising the minimum grade of service for which the WLAN has been designed and deployed to enable said wireless communication device (1000; 2000; 3000; 4000) to decide, based at least on the deployment information, whether to initiate a scan for a different AP in the WLAN to connect to, when the wireless device experiences a grade of service being lower than indicated in the deployment information.
A method of manufacturing an aircraft wing, comprising: applying plies on each of a plurality of separated wing mandrels; abutting the plurality of separated wing mandrels to create a multi-box wing spar layup; abutting a plurality of wing surface tooling to the multi-box wing spar layup; compressing the plurality of wing surface tooling to apply pressure to the multi-box wing spar layup; and curing the multi-box wing spar layup to form the aircraft wing having a plurality of multi-box wing spars; characterized in that: the plies comprise a plurality of filament wound bias-ply and uni-ply; and compressing the plurality of wing surface tooling further comprises applying tension to the plurality of filament wound bias-ply and uni-ply to minimize wrinkling of a plurality of fibers therein. applying plies on each of a plurality of separated wing mandrels; abutting the plurality of separated wing mandrels to create a multi-box wing spar layup; abutting a plurality of wing surface tooling to the multi-box wing spar layup; compressing the plurality of wing surface tooling to apply pressure to the multi-box wing spar layup; and curing the multi-box wing spar layup to form the aircraft wing having a plurality of multi-box wing spars; characterized in that: the plies comprise a plurality of filament wound bias-ply and uni-ply; and compressing the plurality of wing surface tooling further comprises applying tension to the plurality of filament wound bias-ply and uni-ply to minimize wrinkling of a plurality of fibers therein. the plies comprise a plurality of filament wound bias-ply and uni-ply; and compressing the plurality of wing surface tooling further comprises applying tension to the plurality of filament wound bias-ply and uni-ply to minimize wrinkling of a plurality of fibers therein.
Process for producing polyurethane and polyisocyanurate insulation foams having a density of from 25 to 45 kg/m 3 based on foamable reaction mixtures containing polyisocyanates, compounds having reactive hydrogen atoms, blowing agents, stabilizers, nucleating agents and, if appropriate, further additives, characterized in that microporous and/or mesoporous aluminosilicates are used as nucleating agents as porous solids having a zeolite structure, in amounts of from 0.1 to 1.5 parts by weight, per 100 parts by weight of the polyol component.
Method for concentration of a sample having a first analyte level therein requiring measurement in an analyzer, comprising: combining a measurement marker and the sample; concentrating the sample, and therefore the first analyte level in the sample; measuring a level of the measurement marker in the concentrated sample, from which the concentration factor is determined, measuring a second analyte level in the concentrated sample; and determining the first analyte level according to the measured, second analyte level and the concentration factor. combining a measurement marker and the sample; concentrating the sample, and therefore the first analyte level in the sample; measuring a level of the measurement marker in the concentrated sample, from which the concentration factor is determined, measuring a second analyte level in the concentrated sample; and determining the first analyte level according to the measured, second analyte level and the concentration factor.