mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising i) one or more non-live influenza virus antigen(s) selected from the group consisting of whole inactivated virus, split virus, subunit influenza antigen and recombinant antigens, and ii) an adjuvant comprising: one carboxylic acid selected from the group consisting of palmitoleic acid (C16: 1), oleic acid (C18: 1) and linoleic acid (C18:2), an aqueous medium, and one mono-glyceride selected from a glyceride mono-esterified with a carboxylic acid selected from the group consisting of palmitoleic acid (C16: 1), oleic acid (C18: 1) and linoleic acid (C18:2), wherein the one carboxylic acid and the one mono-glyceride is present in equimolar amounts in the adjuvant for use as an intranasally administered vaccine, wherein said vaccine is for immunization of immuno-compromised subjects against influenza for reducing virus shedding wherein the immune-compromised subjects are selected from the group consisting of people aged ≥65 years, pregnant women, premature babies and following patient classes; cancer patients, persons receiving chemotherapy, persons receiving radiation therapy, organ transplant patients, persons undergoing solid organ transplants, stem cell transplant patients, persons undergoing hematopoietic allogenic stem cell transplantation, persons undergoing hematopoietic autologous stem cell transplantation, HIV infected patients, persons with AIDS, patients with graft-versus-host disease, patients on immune suppressive drugs e.g. glucocorticoid therapy and steroid therapy, persons with chronic diseases e.g. end stage renal disease, diabetes, cirrhosis. i) one or more non-live influenza virus antigen(s) selected from the group consisting of whole inactivated virus, split virus, subunit influenza antigen and recombinant antigens, and ii) an adjuvant comprising: one carboxylic acid selected from the group consisting of palmitoleic acid (C16: 1), oleic acid (C18: 1) and linoleic acid (C18:2), an aqueous medium, and one mono-glyceride selected from a glyceride mono-esterified with a carboxylic acid selected from the group consisting of palmitoleic acid (C16: 1), oleic acid (C18: 1) and linoleic acid (C18:2), wherein the one carboxylic acid and the one mono-glyceride is present in equimolar amounts in the adjuvant one carboxylic acid selected from the group consisting of palmitoleic acid (C16: 1), oleic acid (C18: 1) and linoleic acid (C18:2), an aqueous medium, and one mono-glyceride selected from a glyceride mono-esterified with a carboxylic acid selected from the group consisting of palmitoleic acid (C16: 1), oleic acid (C18: 1) and linoleic acid (C18:2), wherein the one carboxylic acid and the one mono-glyceride is present in equimolar amounts in the adjuvant
A method for detecting an inconsistency between an open or closed controlled state and an actual state of a cut-off member mounted on a phase conductor within an electrical energy meter, the method comprising the steps of: - detecting the actual state of the cut-off member, the detection of the actual state of the cut-off member consisting in detecting the position of a target element (44, 84) secured to a moving contact of the cut-off member; - comparing the actual state and the controlled state; - generating an alarm message if the actual state is different from the controlled state; - relaying the alarm message by transmitting it via powerline current telecommunication, powerline current telecommunication being in accordance with a model (8,70) using a COSEM application layer. - detecting the actual state of the cut-off member, the detection of the actual state of the cut-off member consisting in detecting the position of a target element (44, 84) secured to a moving contact of the cut-off member; - comparing the actual state and the controlled state; - generating an alarm message if the actual state is different from the controlled state; - relaying the alarm message by transmitting it via powerline current telecommunication,
A cage for a constant velocity universal joint, which comprises: an inner ring having an outer spherical surface in which a plurality of guide grooves are formed; an outer ring having an inner spherical surface in which a plurality of guide grooves are formed; and a plurality of balls each disposed between one of the guide grooves of the inner ring and one of the guide grooves of the outer ring so as to transmit torque; wherein the cage is configured to be disposed between the outer spherical surface of the inner ring and the inner spherical surface of the outer ring, and has windows in which the respective balls can be received, wherein the cage is made of a steel material quenched to be hardened in an entirety of the steel material, and wherein the cage has ball contact surface areas with which the balls come into contact, and the cage includes soft portions that are lower in hardness than the ball contact surface areas, the soft portions being disposed at surface portions of the windows that are kept out of contact with the balls, or surface portions of the cage around the windows, and characterised by, said soft portions being formed by local heat treatment. an inner ring having an outer spherical surface in which a plurality of guide grooves are formed; an outer ring having an inner spherical surface in which a plurality of guide grooves are formed; and a plurality of balls each disposed between one of the guide grooves of the inner ring and one of the guide grooves of the outer ring so as to transmit torque; wherein the cage is configured to be disposed between the outer spherical surface of the inner ring and the inner spherical surface of the outer ring, and has windows in which the respective balls can be received, wherein the cage is made of a steel material quenched to be hardened in an entirety of the steel material, and wherein the cage has ball contact surface areas with which the balls come into contact, and the cage includes soft portions that are lower in hardness than the ball contact surface areas, the soft portions being disposed at surface portions of the windows that are kept out of contact with the balls, or surface portions of the cage around the windows, and wherein the cage is configured to be disposed between the outer spherical surface of the inner ring and the inner spherical surface of the outer ring, and has windows in which the respective balls can be received, wherein the cage is made of a steel material quenched to be hardened in an entirety of the steel material, and wherein the cage has ball contact surface areas with which the balls come into contact, and the cage includes soft portions that are lower in hardness than the ball contact surface areas, the soft portions being disposed at surface portions of the windows that are kept out of contact with the balls, or surface portions of the cage around the windows, and characterised by, said soft portions being formed by local heat treatment.
A method of management of a wireless device in an aircraft, the device comprising a sensor configured to measure one or more environmental parameters associated with a change in a flight condition of an aircraft, using a processor of the device, comprising configuring the wireless device by: automatically transitioning the wireless device using the processor from a normal mode to a disabled mode during aircraft takeoff; setting a first period of time based on parameters related to the aircraft takeoff; automatically transitioning the wireless device using the processor from the disabled mode to an airborne mode when the aircraft reaches cruise altitude and after expiry of the first period of time; automatically transitioning the wireless device using the processor from the airborne mode to the disabled mode during aircraft descent; setting a second period of time after transitioning the wireless device from the airborne mode to the disabled mode; and automatically transitioning the wireless device using the processor from the disabled mode to the normal mode after the aircraft has landed and after the expiry of the second period of time, the normal mode being a state of the device wherein both the device and a transmitter of the device are activated, the airborne mode being a state of the device wherein the device is activated and the transmitter is deactivated, and the disabled mode being a state of the device wherein both the device and the transmitter are deactivated. automatically transitioning the wireless device using the processor from a normal mode to a disabled mode during aircraft takeoff; setting a first period of time based on parameters related to the aircraft takeoff; automatically transitioning the wireless device using the processor from the disabled mode to an airborne mode when the aircraft reaches cruise altitude and after expiry of the first period of time; automatically transitioning the wireless device using the processor from the airborne mode to the disabled mode during aircraft descent; setting a second period of time after transitioning the wireless device from the airborne mode to the disabled mode; and automatically transitioning the wireless device using the processor from the disabled mode to the normal mode after the aircraft has landed and after the expiry of the second period of time, the normal mode being a state of the device wherein both the device and a transmitter of the device are activated, the airborne mode being a state of the device wherein the device is activated and the transmitter is deactivated, and the disabled mode being a state of the device wherein both the device and the transmitter are deactivated.
An immunogenic composition comprising (a) positively charged nanoparticles that comprise a biodegradable polymer and a cationic surfactant, wherein the biodegradable polymer is a poly(α-hydroxy acid) and the nanoparticles have a Z average mean particle size value between 50 and 500 nanometers; (b) an RNA replicon comprising at least one polynucleotide encoding at least one antigen adsorbed to said positively charged nanoparticles; and (c) a non-ionic surfactant.
A method of operation of a navigation system comprising: receiving a single utterance of a spoken input; performing speech recognition to generate recognized data including a calendar date from the received single utterance; parsing the recognized data such as to generate parsed data by separating the recognized data into a field, including a phrase or one or more words of the spoken input, using a navigation preposition syntax wherein the recognized data is separated into fields by recognizing prepositions; generating a search region matched or best matched to the parsed data based on a region language model; and generating a location identifier based on a sub-region search grammar indexed by the search region for displaying on a device, wherein the navigation system includes a calendar, and wherein parsing the recognized data comprises: parsing the recognized data into a point of interest field, a "Calendar" field which is an indication that a user requests for the point of interest based on the calendar, and a date field; and inserting the address or location information into the parsed data based on the calendar. receiving a single utterance of a spoken input; performing speech recognition to generate recognized data including a calendar date from the received single utterance; parsing the recognized data such as to generate parsed data by separating the recognized data into a field, including a phrase or one or more words of the spoken input, using a navigation preposition syntax wherein the recognized data is separated into fields by recognizing prepositions; generating a search region matched or best matched to the parsed data based on a region language model; and generating a location identifier based on a sub-region search grammar indexed by the search region for displaying on a device, wherein the navigation system includes a calendar, and wherein parsing the recognized data comprises: parsing the recognized data into a point of interest field, a "Calendar" field which is an indication that a user requests for the point of interest based on the calendar, and a date field; and inserting the address or location information into the parsed data based on the calendar. parsing the recognized data into a point of interest field, a "Calendar" field which is an indication that a user requests for the point of interest based on the calendar, and a date field; and inserting the address or location information into the parsed data based on the calendar.
A system for confirming correct encoder processing for a media file having a media content, the system comprising: a diagnostic clip including graphical patterns; a modified media file created by embedding the diagnostic clip in the media file having the media content; a processor configured to: encode the modified media file having the media content and the diagnostic clip according to a set of encoder settings to create an encoded media file with an encoded media content and embedded with an encoded diagnostic clip; display, to a user, the encoded media file including the encoded diagnostic clip having the graphical patterns and further including unwanted visual effects; receive adjusted encoder settings from the user for correcting the unwanted visual effects, in response to displaying the graphical patterns in the encoded diagnostic clip; and re-encode the modified media file having the media content and the diagnostic clip according to the adjusted encoder settings to correct the unwanted visual effects. a diagnostic clip including graphical patterns; a modified media file created by embedding the diagnostic clip in the media file having the media content; a processor configured to: encode the modified media file having the media content and the diagnostic clip according to a set of encoder settings to create an encoded media file with an encoded media content and embedded with an encoded diagnostic clip; display, to a user, the encoded media file including the encoded diagnostic clip having the graphical patterns and further including unwanted visual effects; receive adjusted encoder settings from the user for correcting the unwanted visual effects, in response to displaying the graphical patterns in the encoded diagnostic clip; and re-encode the modified media file having the media content and the diagnostic clip according to the adjusted encoder settings to correct the unwanted visual effects. encode the modified media file having the media content and the diagnostic clip according to a set of encoder settings to create an encoded media file with an encoded media content and embedded with an encoded diagnostic clip; display, to a user, the encoded media file including the encoded diagnostic clip having the graphical patterns and further including unwanted visual effects; receive adjusted encoder settings from the user for correcting the unwanted visual effects, in response to displaying the graphical patterns in the encoded diagnostic clip; and re-encode the modified media file having the media content and the diagnostic clip according to the adjusted encoder settings to correct the unwanted visual effects.
A battery module comprising: a battery cell assembly in which a plurality of battery cells are stacked adjacent to each other side by side; a module frame receiving the battery cell assembly; and an end plate disposed at one end of the battery cell assembly in a length direction, wherein the end plate includes a main body portion including a welding portion welding-coupled with the module frame and an insulating coating portion coating an entire surface of the main body portion except for the welding portion, wherein the main body portion is made of a metal material. a battery cell assembly in which a plurality of battery cells are stacked adjacent to each other side by side; a module frame receiving the battery cell assembly; and an end plate disposed at one end of the battery cell assembly in a length direction, wherein the end plate includes a main body portion including a welding portion welding-coupled with the module frame and an insulating coating portion coating an entire surface of the main body portion except for the welding portion,
A footswitch controller for an electric stringed musical instrument system comprising: a foot pedal assembly, wherein the foot pedal assembly comprises a foot pedal and a liner; a base assembly connected with the foot pedal assembly, wherein the base assembly comprises a foot pedal base, a display panel, a motor assembly within the base assembly, and at least one foot switch; a bottom plate assembly connected with the base assembly; and a compound assembly reversibly connected to the bottom plate assembly, the footswitch controller being a controller only, not directly varying the input signal but instead being configured to send a wireless signal to operate the electrical stringed musical instrument or another paired external device which alters the signal, characterized in that the compound assembly is adapted to allow a daisy chain of an input signal.
A method of manufacturing an adaptable pre-cast resin-infused carbon-fibre beam, which method comprises the steps of - arranging a plurality of elongate carbon-fibre blocks side by side, wherein a carbon-fibre block comprises a number of pultruded carbon-fibre elements; - arranging sheets (11, 12, 13) to enclose the blocks and to extend over opposing faces of adjacent blocks; - arranging the sheets (11, 12, 13) to converge as an outwardly projecting elongate bead at a junction between adjacent blocks; and - pulling on the elongate bead to inhibit resin flow between blocks during a resin infusion step. - arranging a plurality of elongate carbon-fibre blocks side by side, wherein a carbon-fibre block comprises a number of pultruded carbon-fibre elements; - arranging sheets (11, 12, 13) to enclose the blocks and to extend over opposing faces of adjacent blocks; - arranging the sheets (11, 12, 13) to converge as an outwardly projecting elongate bead at a junction between adjacent blocks; and - pulling on the elongate bead to inhibit resin flow between blocks during a resin infusion step.
A management device comprising: a communicator configured to communicate with a plurality of management targets; a determiner configured to determine whether status values of the plurality of management targets received by the communicator satisfy a predefined condition; and an adjuster (25, 26, 27, 28, 29) configured to change, when the determiner determines that the status values satisfy the predefined condition, at least one of a priority of a communication with each of the management targets and a cycle of polling to each of the management targets by the communicator in a range in which a communication traffic processed by the management device is less than an allowable communication traffic represented by a processing performance of the management device to adjust a communication status of the communicator. a communicator configured to communicate with a plurality of management targets; a determiner configured to determine whether status values of the plurality of management targets received by the communicator satisfy a predefined condition; and an adjuster (25, 26, 27, 28, 29) configured to change, when the determiner determines that the status values satisfy the predefined condition, at least one of a priority of a communication with each of the management targets and a cycle of polling to each of the management targets by the communicator in a range in which a communication traffic processed by the management device is less than an allowable communication traffic represented by a processing performance of the management device to adjust a communication status of the communicator.
Process for manufacturing tyres for vehicle wheels, comprising associating at least one reinforcing structure with at least one surface portion of at least one tyre component laid on a forming support, wherein associating said at least one reinforcing structure comprises: - bringing, through a handling and deposition member (50a, 50b), at least one reinforcing element to said forming support, wherein said handling and deposition member (50a, 50b) comprises a single holding device of said at least one reinforcing element and two thin plate elements symmetrically arranged at opposite sides with respect to said holding device; - depositing, through said handling and deposition member (50a, 50b), said at least one reinforcing element on a respective deposition part defined on at least one surface portion of said at least one component; wherein said depositing comprises gradually laying said at least one reinforcing element on said deposition part following the profile of said deposition part in a circumferential direction. - bringing, through a handling and deposition member (50a, 50b), at least one reinforcing element to said forming support, wherein said handling and deposition member (50a, 50b) comprises a single holding device of said at least one reinforcing element and two thin plate elements symmetrically arranged at opposite sides with respect to said holding device; - depositing, through said handling and deposition member (50a, 50b), said at least one reinforcing element on a respective deposition part defined on at least one surface portion of said at least one component; wherein said depositing comprises gradually laying said at least one reinforcing element on said deposition part following the profile of said deposition part in a circumferential direction.
A method of wireless communications by a user equipment, UE, in a network, the method comprising: receiving, from the network, signaling indicating, for a set of uplink subframes, a first configuration for transmitting a number of SRS transmissions of a first type and a second configuration for transmitting a number of SRS transmissions of a second type; receiving from a base station a trigger indication indicating that the number of SRS transmissions of the first type and the number of SRS transmissions of the second type are allowed to be transmitted in a same uplink subframe; reducing the number of SRS transmissions of the first type to transmit by the number of SRS transmissions of the second type configured for transmission in the same uplink subframe; and transmitting, within the same uplink subframe, the reduced number of SRS transmissions of the first type and the number of SRS transmissions of the second type based at least in part on the trigger indication.. receiving, from the network, signaling indicating, for a set of uplink subframes, a first configuration for transmitting a number of SRS transmissions of a first type and a second configuration for transmitting a number of SRS transmissions of a second type; receiving from a base station a trigger indication indicating that the number of SRS transmissions of the first type and the number of SRS transmissions of the second type are allowed to be transmitted in a same uplink subframe; reducing the number of SRS transmissions of the first type to transmit by the number of SRS transmissions of the second type configured for transmission in the same uplink subframe; and transmitting, within the same uplink subframe, the reduced number of SRS transmissions of the first type and the number of SRS transmissions of the second type based at least in part on the trigger indication..