mhurhangee/ep-ind-claims huggingface dataset:
An inhaler comprising: an actuator to hold a drug container; a dosing mechanism operable to aerate a dose from the drug container, the dosing mechanism providing the aerated dose to a user; a sensor interface in communication with a physiological sensor, the physiological sensor attached to a user to sense physiological data from the user at a first base sampling rate, and to sense a physiological response to the dose, and send physiological data to the sensor interface; and characterized in that a controller is coupled to the sensor interface and configured to increase the sampling rate of the physiological sensor from the first base sampling rate to a second sampling rate when the dosing mechanism provides the drug dose and to collect the sensed physiological data from the user corresponding to a time period after the time that the aerated dose is delivered to the user. an actuator to hold a drug container; a dosing mechanism operable to aerate a dose from the drug container, the dosing mechanism providing the aerated dose to a user; a sensor interface in communication with a physiological sensor, the physiological sensor attached to a user to sense physiological data from the user at a first base sampling rate, and to sense a physiological response to the dose, and send physiological data to the sensor interface; and characterized in that a controller is coupled to the sensor interface and configured to increase the sampling rate of the physiological sensor from the first base sampling rate to a second sampling rate when the dosing mechanism provides the drug dose and to collect the sensed physiological data from the user corresponding to a time period after the time that the aerated dose is delivered to the user.
A method for reporting a power headroom in a wireless communication system, the method comprising: receiving, by a wireless device, a first uplink, UL, grant in a first serving cell, the first UL grant scheduling a transmission of a first physical uplink shared channel, PUSCH, for reporting a power headroom; receiving, by the wireless device, initial downlink control information, DCI, in a second serving cell, the initial DCI including a second UL grant for scheduling a transmission of a second PUSCH, the initial DCI indicating a triggering of a transmission of the second PUSCH by a triggering DCI; calculating, by the wireless device, a first power headroom for the first serving cell and a second power headroom for the second serving cell; and transmitting, by the wireless device, the first and second power headrooms on the first PUSCH in a subframe n, wherein, when the triggering DCI is not received in a subframe n-q or earlier, the second power headroom is calculated by assuming that the second PUSCH is not transmitted, where n is a natural number and q is a natural number satisfying q>=1. receiving, by a wireless device, a first uplink, UL, grant in a first serving cell, the first UL grant scheduling a transmission of a first physical uplink shared channel, PUSCH, for reporting a power headroom; receiving, by the wireless device, initial downlink control information, DCI, in a second serving cell, the initial DCI including a second UL grant for scheduling a transmission of a second PUSCH, the initial DCI indicating a triggering of a transmission of the second PUSCH by a triggering DCI; calculating, by the wireless device, a first power headroom for the first serving cell and a second power headroom for the second serving cell; and transmitting, by the wireless device, the first and second power headrooms on the first PUSCH in a subframe n, wherein, when the triggering DCI is not received in a subframe n-q or earlier, the second power headroom is calculated by assuming that the second PUSCH is not transmitted, where n is a natural number and q is a natural number satisfying q>=1.
An ultrasound processing unit comprising: a controller, adapted to: receive ultrasound data representative of an anatomical region over a period of time, captured by an ultrasound transducer unit, process the data to identify a particular anatomical feature within the data; perform an alignment check procedure, the procedure comprising (i) determining whether an alignment of the anatomical feature within a field of view of the ultrasound transducer unit is changing over time and (ii) deriving, based on any detected changes in alignment, a corresponding speed of movement of the anatomical feature within the field of view represented by the changes, and responsive to determining that the alignment is changing, generate an output signal for communicating said determination to a user, and wherein the controller is adapted to determine an estimated time duration until the alignment of the anatomical feature will move outside of a set of one or more defined limits and to generate an information output representative of said time duration. receive ultrasound data representative of an anatomical region over a period of time, captured by an ultrasound transducer unit, process the data to identify a particular anatomical feature within the data; perform an alignment check procedure, the procedure comprising (i) determining whether an alignment of the anatomical feature within a field of view of the ultrasound transducer unit is changing over time and (ii) deriving, based on any detected changes in alignment, a corresponding speed of movement of the anatomical feature within the field of view represented by the changes, and responsive to determining that the alignment is changing, generate an output signal for communicating said determination to a user, and wherein the controller is adapted to determine an estimated time duration until the alignment of the anatomical feature will move outside of a set of one or more defined limits and to generate an information output representative of said time duration.
An inboard/outboard motor configured to be attached to a hull of a marine vessel, the inboard/outboard motor comprises an upper case that includes a drive shaft configured to transmit a power to a propeller shaft and the inboard/outboard motor comprises a plurality of lower cases of different types (12, 17, 19) from which one lower case is selected, wherein each of the plurality of lower cases (12, 17, 19) includes the propeller shaft configured to rotate the propeller, characterized in that the inboard/outboard motor comprises a plurality of attachments of different types (14, 18, 20) from which one attachment is selected, wherein the selected one attachment (14, 18, 20) is interposed between the selected lower case (12, 17, 19) and the upper case, to connect the selected lower case (12, 17, 19) and the upper case; the plurality of lower cases of different types (12, 17, 19) have respective mating surfaces (12a, 17a, 19a), shapes of mating surfaces (12a, 17a, 19a) being different from each other; the plurality of types of attachments (14, 18, 20) have respective lower mating surfaces (14b, 18b, 20b), shapes of lower mating surfaces (14b, 18b, 20b) being different from each other; and the selected one attachment (14, 18, 20) is selected such that the lower mating surface (14b, 18b, 20b) thereof matches the mating surface (12a, 17a, 19a) of the selected lower case (12, 17, 19). each of the plurality of lower cases (12, 17, 19) includes the propeller shaft configured to rotate the propeller, characterized in that the inboard/outboard motor comprises a plurality of attachments of different types (14, 18, 20) from which one attachment is selected, wherein the selected one attachment (14, 18, 20) is interposed between the selected lower case (12, 17, 19) and the upper case, to connect the selected lower case (12, 17, 19) and the upper case; the plurality of lower cases of different types (12, 17, 19) have respective mating surfaces (12a, 17a, 19a), shapes of mating surfaces (12a, 17a, 19a) being different from each other; the plurality of types of attachments (14, 18, 20) have respective lower mating surfaces (14b, 18b, 20b), shapes of lower mating surfaces (14b, 18b, 20b) being different from each other; and the selected one attachment (14, 18, 20) is selected such that the lower mating surface (14b, 18b, 20b) thereof matches the mating surface (12a, 17a, 19a) of the selected lower case (12, 17, 19).
A method for determining a nitrogen content in solid or liquid samples, wherein a measuring gas is generated by oxidation of the sample in the oxygen stream, a carrier gas is added to the measuring gas and the oxygen and nitrogen oxide components in the measuring gas are converted into water and nitrogen, wherein the share of the nitrogen is detected in the remaining nitrogen carrier gas mixture, characterized in that hydrogen is added as carrier gas to the measuring gas for reducing the oxygen and nitrogen oxide components and that the reduction of the measuring gas takes place on a catalyst, wherein the parameters of temperature, dwell time, type of catalyst are selected so that nitrogen is created and a further reduction to ammonia is avoided.
A medical balloon including: a balloon body member made of a first polymer material; the body member having a balloon wall with a wall thickness and inner and outer wall surfaces, the body member being disposed between first and second balloon ends, the balloon wall also extending along end cones; anc characterized in that at least one elongate element on the balloon wall extending along the body member between the first and second balloon ends and along the end cones, the at least one elongate element being made of a second polymer material, the second polymer material including an amorphous polymer material; at least a part of the or each elongate element having a flattened outer surface which is substantially smooth with the outer wall surface or which is substantially non-protruding from the balloon wall. a balloon body member made of a first polymer material; the body member having a balloon wall with a wall thickness and inner and outer wall surfaces, the body member being disposed between first and second balloon ends, the balloon wall also extending along end cones; anc characterized in that at least one elongate element on the balloon wall extending along the body member between the first and second balloon ends and along the end cones, the at least one elongate element being made of a second polymer material, the second polymer material including an amorphous polymer material; at least a part of the or each elongate element having a flattened outer surface which is substantially smooth with the outer wall surface or which is substantially non-protruding from the balloon wall.
A cooking device comprising a body; at least one functional element; and a ceramic-based panel positioned on the outer section of the body, wherein the functional element is positioned on or in the vicinity of the ceramic-based panel, wherein the cooking device comprises at least one conductive strip which is directly passed through the ceramic-based panel so as to transmit electricity to the functional element through the ceramic-based panel, characterized in that the at least one conductive strip has a layered structure with an insulator layer, which is resistant to abrasion, and a decorative layer.
A method for building up a three dimensional form element in layers from liquid or pasty curing element material in a container, wherein - a new layer is applied before at least a layer below is cured, characterized in that - a strand made from the element material is simultaneously placed directly adjacent to a strand made from a support material in order to form boundary surfaces of the form element so that a subsequent additional deformation of an outside of the strand made from the element material cannot occur anymore, - the material (3, 4) is applied in layer thicknesses of more than 2 mm. - a new layer is applied before at least a layer below is cured, - a strand made from the element material is simultaneously placed directly adjacent to a strand made from a support material in order to form boundary surfaces of the form element so that a subsequent additional deformation of an outside of the strand made from the element material cannot occur anymore, - the material (3, 4) is applied in layer thicknesses of more than 2 mm.
A metal roof tile comprising, on at least one face, patterns with a length to width (Lm) ratio (Rm) for each pattern of between 0.9 and 1.1, two opposite and parallel edges (2, 3) of the tile being identical and provided with at least one channel for water flow, the tile being symmetrical along an axis parallel to its length, characterised in that the length to width ratio of the tile is between 0.75 and 1.25 and in that each pattern is defined by a concave zone, a wave (6 or 7) and a channel.
A compound comprising a modified antisense oligonucleotide consisting of 12 to 30 linked nucleosides, wherein the modified antisense oligonucleotide is targeted to an angiotensinogen nucleic acid, for use in treating an animal having a RAS pathway related disease, disorder and/or condition, wherein the RAS pathway related disease, disorder or condition is resistant hypertension.
A method for transmitting common information in a mobile communications system, the system comprising: one or more base stations arranged to communicate via a wireless access interface within one or more frequency bands, and one or more of the base stations being arranged to provide a plurality of logically separate carriers, wherein each of the logically separate carriers comprises physical communications resources within the one or more frequency bands of the wireless access interface, a first group of one or more mobile units arranged to communicate with the one or more base stations via at least a first carrier of the plurality of carriers; and a second group of one or more mobile units arranged to communicate with the one or more base stations via at least a second carrier of the plurality of carriers; the method comprising: transmitting common information on the first carrier, the common information being for at least one mobile unit in the first group and for at least one mobile unit in the second group; transmitting allocation information in the first carrier, the allocation information comprising an indication of the location of the common information within the first carrier; and transmitting allocation information in the second carrier, the allocation information comprising an indication of the location of the common information within the first carrier, wherein the common information comprises system information in respect of the first carrier and/or the second carrier. one or more base stations arranged to communicate via a wireless access interface within one or more frequency bands, and one or more of the base stations being arranged to provide a plurality of logically separate carriers, wherein each of the logically separate carriers comprises physical communications resources within the one or more frequency bands of the wireless access interface, a first group of one or more mobile units arranged to communicate with the one or more base stations via at least a first carrier of the plurality of carriers; and a second group of one or more mobile units arranged to communicate with the one or more base stations via at least a second carrier of the plurality of carriers; transmitting common information on the first carrier, the common information being for at least one mobile unit in the first group and for at least one mobile unit in the second group; transmitting allocation information in the first carrier, the allocation information comprising an indication of the location of the common information within the first carrier; and transmitting allocation information in the second carrier, the allocation information comprising an indication of the location of the common information within the first carrier, wherein the common information comprises system information in respect of the first carrier and/or the second carrier.
An interlayer comprising: poly(vinyl butyral) resin, a plasticizer, and from about 0.01 to 5.0 pounds per hundred resin of a metal pigment, wherein the metal pigment comprises a mica based pigment coated with at least one metal oxide and has a particle size of from about 1 micron to about 80 microns, wherein the interlayer has a percent reflection (%R) of at least about 10% (as measured by ASTM E1164 with the specular component excluded). poly(vinyl butyral) resin, a plasticizer, and from about 0.01 to 5.0 pounds per hundred resin of a metal pigment, wherein the metal pigment comprises a mica based pigment coated with at least one metal oxide and has a particle size of from about 1 micron to about 80 microns, wherein the interlayer has a percent reflection (%R) of at least about 10% (as measured by ASTM E1164 with the specular component excluded).
Joining-element for mechanically joining switchgear-frames (2, 3) to one other, comprising - a coupling-base-part having a resting-surface suitable for resting on, and coupling with a profile-rod of a first switchgear-frame, - a locking-mating-part protruding from said coupling-base-part and configured for mating with a further locking-mating-part of a further joining-element connectable to a respective profile-rod of a second switchgear-frame, - said locking-mating-part having a through-opening extending along an insertion-axis and suitable for cooperating with a further through-opening of said further locking-mating-part for receiving a locking-pin-element parallely to longitudinal-axes of said profile-rods (6, 6') to reciprocally lock said locking-mating-part and said further locking-mating-part, CHARACTERIZED IN THAT said locking-mating-part comprises a first aligning-surface-portion (12, 23) tilted with respect to said insertion-axis and configured for enabling, upon a reciprocal approaching-movement of said joining-element and said further joining-element, achievement of a mutual alignment position of said switchgear-frames (2, 3) according to a first direction parallel to said longitudinal axes, and achievement of a desired relative side position according to a second direction orthogonal to said longitudinal axes and to said resting-surface, on said locking-mating-part and coupling-base-part there being included a second aligning-surface-portion (13, 14) parallel to said insertion-axis, sloping relative to said resting-surface, and configured for ensuring a reciprocal alignment of said switchgear-frames (2, 3) according to a third direction orthogonal to said insertion-axis and parallel to said resting-surface. - a coupling-base-part having a resting-surface suitable for resting on, and coupling with a profile-rod of a first switchgear-frame, - a locking-mating-part protruding from said coupling-base-part and configured for mating with a further locking-mating-part of a further joining-element connectable to a respective profile-rod of a second switchgear-frame, - said locking-mating-part having a through-opening extending along an insertion-axis and suitable for cooperating with a further through-opening of said further locking-mating-part for receiving a locking-pin-element parallely to longitudinal-axes of said profile-rods (6, 6') to reciprocally lock said locking-mating-part and said further locking-mating-part,
Food packaging unit (2, 22, 50, 102, 202, 302, 402, 502, 602) from a moulded pulp material, the packaging unit comprising a food receiving or carrying compartment having a food contact surface, - wherein the moulded pulp material comprises an amount of a biodegradable aliphatic polyester, characterized in that - the food contact surface comprises a cellulose-based laminate layer (10, 30, 52, 101, 201, 301, 401, 501, 601); - wherein the food packaging unit is a compostable food packaging unit; and wherein the cellulose-based laminate layer is melted or fused with the biodegradable aliphatic polyester. - wherein the moulded pulp material comprises an amount of a biodegradable aliphatic polyester, characterized in that - the food contact surface comprises a cellulose-based laminate layer (10, 30, 52, 101, 201, 301, 401, 501, 601); - wherein the food packaging unit is a compostable food packaging unit; and
A method for determining a position of a target by an observer, the method comprising: - determining the position of the observer; - marking the target with a range and direction measuring device; - receiving the position of the observer with a coordinate determining module; and - receiving information from the range and direction measuring device; and - determining initial coordinates of the target based on the position of the observer and the received information from the range and direction measuring device; - receiving the determined initial coordinates of the target with a wearable presentation device; and - presenting a geo-referenced three-dimensional map to the observer in a view that is aligned using the bearing from the position of the observer to the position represented by the initial coordinates of the target; and - marking a new position of the target on the geo-referenced three-dimensional map based on an input received from the observer; and - determining final coordinates of the target based on the marked new position on the geo-referenced three-dimensional map. - determining the position of the observer; - marking the target with a range and direction measuring device; - receiving the position of the observer with a coordinate determining module; and - receiving information from the range and direction measuring device; and - determining initial coordinates of the target based on the position of the observer and the received information from the range and direction measuring device; - receiving information from the range and direction measuring device; and - determining initial coordinates of the target based on the position of the observer and the received information from the range and direction measuring device; - receiving the determined initial coordinates of the target with a wearable presentation device; and - presenting a geo-referenced three-dimensional map to the observer in a view that is aligned using the bearing from the position of the observer to the position represented by the initial coordinates of the target; and - marking a new position of the target on the geo-referenced three-dimensional map based on an input received from the observer; and - determining final coordinates of the target based on the marked new position on the geo-referenced three-dimensional map. - presenting a geo-referenced three-dimensional map to the observer in a view that is aligned using the bearing from the position of the observer to the position represented by the initial coordinates of the target; and - marking a new position of the target on the geo-referenced three-dimensional map based on an input received from the observer; and - determining final coordinates of the target based on the marked new position on the geo-referenced three-dimensional map.