mhurhangee/ep-ind-claims huggingface dataset:
An implantable medical device system, comprising: a first chamber pacemaker comprising a first pacing pulse generator, a first sensing module and a first control module coupled to the first pacing pulse generator and the first sensing module; and a second chamber pacemaker comprising a second pacing pulse generator, a second sensing module, and a second control module coupled to the second pulse generator and the second sensing module; the first chamber pacemaker configured to: select a first chamber pacing rate from a first plurality of selectable pacing rates; detect atrioventricular block; in response to detecting the AV block, establish a second plurality of selectable pacing rates comprising fewer selectable rates than the first plurality of selectable pacing rates; select a first rate from the second plurality of selectable pacing rates; adjust the first chamber pacing rate to the first rate; and control the first chamber pulse generator to deliver first pacing pulses to a first heart chamber at the selected first rate; the second control module configured to: detect the AV block; establish a second chamber pacing rate that is equivalent to the first rate in response to detecting the AV block; and control the second pacing pulse generator to deliver second pacing pulses to a second heart chamber at the second chamber pacing rate. a first chamber pacemaker comprising a first pacing pulse generator, a first sensing module and a first control module coupled to the first pacing pulse generator and the first sensing module; and a second chamber pacemaker comprising a second pacing pulse generator, a second sensing module, and a second control module coupled to the second pulse generator and the second sensing module; the first chamber pacemaker configured to: select a first chamber pacing rate from a first plurality of selectable pacing rates; detect atrioventricular block; select a first chamber pacing rate from a first plurality of selectable pacing rates; detect atrioventricular block; in response to detecting the AV block, establish a second plurality of selectable pacing rates comprising fewer selectable rates than the first plurality of selectable pacing rates; select a first rate from the second plurality of selectable pacing rates; adjust the first chamber pacing rate to the first rate; and control the first chamber pulse generator to deliver first pacing pulses to a first heart chamber at the selected first rate; the second control module configured to: detect the AV block; establish a second chamber pacing rate that is equivalent to the first rate in response to detecting the AV block; and control the second pacing pulse generator to deliver second pacing pulses to a second heart chamber at the second chamber pacing rate. detect the AV block; establish a second chamber pacing rate that is equivalent to the first rate in response to detecting the AV block; and control the second pacing pulse generator to deliver second pacing pulses to a second heart chamber at the second chamber pacing rate.
A communications cable comprising: a communications carrying medium; and a jacket surrounding said communications carrying medium, wherein said jacket is formed of a polymer having a microencapsulated ammonium octamolybdate additive therein. a communications carrying medium; and a jacket surrounding said communications carrying medium, wherein said jacket is formed of a polymer having a microencapsulated ammonium octamolybdate additive therein.
A method comprising: obtaining a usage condition associated with operation of a wireless communication device, the usage condition being obtained by a processor of the wireless communication device; selecting a subset of use cases from a group of use cases based on the usage condition, the subset of use cases comprising more than one use case; determining an operational parameter associated with a transceiver of the wireless communication device for each use case in the subset, the operational parameter being determined from parametric measurements collected during the operation of the wireless communication device; selecting a target use case from among the subset of use cases based on the measured operational parameters; and tuning an impedance matching network of the wireless communication device based on the target use case. obtaining a usage condition associated with operation of a wireless communication device, the usage condition being obtained by a processor of the wireless communication device; selecting a subset of use cases from a group of use cases based on the usage condition, the subset of use cases comprising more than one use case; determining an operational parameter associated with a transceiver of the wireless communication device for each use case in the subset, the operational parameter being determined from parametric measurements collected during the operation of the wireless communication device; selecting a target use case from among the subset of use cases based on the measured operational parameters; and tuning an impedance matching network of the wireless communication device based on the target use case.
A method in a user equipment, UE, for providing channel state feedback from the UE to a base station, characterized by the steps of - determining whether the UE has received an uplink grant from the base station or not; - transmitting a first type of channel state feedback information to the base station on the granted resource in case the UE has received an uplink grant; - transmitting a second type of channel state feedback information on a dedicated resource in case the UE has not received an uplink grant, wherein said second type of information is less detailed than the first type. - determining whether the UE has received an uplink grant from the base station or not; - transmitting a first type of channel state feedback information to the base station on the granted resource in case the UE has received an uplink grant; - transmitting a second type of channel state feedback information on a dedicated resource in case the UE has not received an uplink grant, wherein said second type of information is less detailed than the first type.
A securing device mountable on an article, the securing device comprising: a body comprising a guide formation; a fastening arrangement movable relative to the guide formation to fasten the article to the securing device; an urging arrangement operable to urge the fastening arrangement relative to the guide formation between fastening and non-fastening positions, wherein the guide formation is arranged to guide the fastening arrangement to the fastening position; characterized in that the securing device further comprises an indicator movable by the urging arrangement from a non-indicating condition to an indicating condition when the fastening arrangement is moved to the fastening position, wherein the body defines a space through which the indicator can move from the non-indicating to the indicating conditions; a web extending across the space, wherein the indicator extends through the web when the indicator is in the indicating condition. a body comprising a guide formation; a fastening arrangement movable relative to the guide formation to fasten the article to the securing device; an urging arrangement operable to urge the fastening arrangement relative to the guide formation between fastening and non-fastening positions, wherein the guide formation is arranged to guide the fastening arrangement to the fastening position; characterized in that the securing device further comprises an indicator movable by the urging arrangement from a non-indicating condition to an indicating condition when the fastening arrangement is moved to the fastening position, wherein the body defines a space through which the indicator can move from the non-indicating to the indicating conditions; a web extending across the space, wherein the indicator extends through the web when the indicator is in the indicating condition.
A lithographic printing plate precursor having, on a support, an undercoat layer and an image recording layer stacked in this order, the undercoat layer containing a polymer containing a repeating unit represented by the formula, and a repeating unit having an ethylenic unsaturated bond in the side chain thereof: in the formula, each of R 7 to R 9 independently represents a hydrogen atom, halogen atom, or methyl group, Y represents a single bond, or a divalent linking group which may have a substituent, each of L 1 and L 2 independently represents a single bond, or a divalent linking group which may have a substituent, L 1 or the substituent on L 1, and L 2 or the substituent on L 2 may combine with each other to form a ring; each of M 1 and M 2 independently represents a hydrogen atom or monovalent metal ion or ammonium.
A method of displaying a user interface, the method comprising: displaying a first screen comprising at least one icon; displaying an editing screen in response to a user input to edit the first screen; displaying a second screen in response to receiving a first touch input for generating an empty folder, wherein the second screen comprises a first region obtained by reducing the size of the editing screen according to a predetermined perspective to generate a 3D effect, and a second region configured to display content of the folder; and in response to receiving a second touch input of an icon to be included in the folder from the first region, displaying the touched icon in the second region and displaying an icon representing the generated folder in the first region. displaying a first screen comprising at least one icon; displaying an editing screen in response to a user input to edit the first screen; displaying a second screen in response to receiving a first touch input for generating an empty folder, wherein the second screen comprises a first region obtained by reducing the size of the editing screen according to a predetermined perspective to generate a 3D effect, and a second region configured to display content of the folder; and in response to receiving a second touch input of an icon to be included in the folder from the first region, displaying the touched icon in the second region and displaying an icon representing the generated folder in the first region.
A cosmetic composition for application to hair and scalp comprising aloe vera ( Aloe barbadensis) and coconut fruit ( Cocos nucifera) extracts, characterised in that it is in the form of a foaming emulsion comprising, in a cosmetically acceptable medium: - an aloe vera extract chosen from water, juice and/or powder of aloe vera; - more than 0.5% by weight of the total weight of the composition (w/w) of coconut oil; - at least one non-sulfurised and non-ethoxylated surfactant; and - at least one cationic conditioning agent derived from guar gum ( Cyamopsis tetragonoloba). - an aloe vera extract chosen from water, juice and/or powder of aloe vera; - more than 0.5% by weight of the total weight of the composition (w/w) of coconut oil; - at least one non-sulfurised and non-ethoxylated surfactant; and - at least one cationic conditioning agent derived from guar gum ( Cyamopsis tetragonoloba).
An apparatus for measuring a soil condition, the apparatus comprising: a plurality of elongate beams (220a-c) mounted on opposing sides of a shank and arranged at different heights along the shank; and a plurality of load cells (222a-c), each load cell (222a-c) of the plurality coupled to the shank and to a beam (220a-c) of the plurality such that a horizontal force on the beam (220a-c) induces the load cell (222a-c) to generate a signal corresponding to a force on the beam (220a-c). a plurality of elongate beams (220a-c) mounted on opposing sides of a shank and arranged at different heights along the shank; and a plurality of load cells (222a-c), each load cell (222a-c) of the plurality coupled to the shank and to a beam (220a-c) of the plurality such that a horizontal force on the beam (220a-c) induces the load cell (222a-c) to generate a signal corresponding to a force on the beam (220a-c).
A voltage-controlled-oscillator circuit comprising: a voltage-controlled-oscillator, VCO, having a minimum-VCO-voltage and a maximum-VCO-voltage defining a tuning-range of the VCO; a charge-pump configured to generate a tuning-voltage for the VCO, the tuning- voltage having a minimum-operating-voltage, in which the minimum-operating-voltage of the tuning voltage is greater than the minimum-VCO-voltage of the VCO; and an offset-voltage-source configured to generate an offset-voltage, wherein the offset-voltage is a first-offset-voltage and is a fixed DC offset-voltage, provided in order to compensate for the minimum-operating-voltage, and in which the offset-voltage is selected to be equal to a difference between the minimum-operating-voltage of the tuning-voltage and the minimum-VCO-voltage, in which the VCO is configured to provide an oscillator frequency in accordance with the tuning-voltage and the offset-voltage, in which the voltage-controlled- oscillator comprises at least one varactor unit (209a, 209c) in which a varactor-voltage is applied across a varactor (270, 272) of the at least one varactor unit, and in which the varactor-voltage is based on a difference between the tuning-voltage and the offset-voltage. a voltage-controlled-oscillator, VCO, having a minimum-VCO-voltage and a maximum-VCO-voltage defining a tuning-range of the VCO; a charge-pump configured to generate a tuning-voltage for the VCO, the tuning- voltage having a minimum-operating-voltage, in which the minimum-operating-voltage of the tuning voltage is greater than the minimum-VCO-voltage of the VCO; and an offset-voltage-source configured to generate an offset-voltage, wherein the offset-voltage is a first-offset-voltage and is a fixed DC offset-voltage, provided in order to compensate for the minimum-operating-voltage, and in which the offset-voltage is selected to be equal to a difference between the minimum-operating-voltage of the tuning-voltage and the minimum-VCO-voltage, in which the VCO is configured to provide an oscillator frequency in accordance with the tuning-voltage and the offset-voltage, in which the voltage-controlled- oscillator comprises at least one varactor unit (209a, 209c) in which a varactor-voltage is applied across a varactor (270, 272) of the at least one varactor unit, and in which the varactor-voltage is based on a difference between the tuning-voltage and the offset-voltage.
Exhaust gas aftertreatment system for an internal combustion engine, comprising an exhaust system capable of being connected to an outlet of the internal combustion engine, wherein the exhaust system comprises an exhaust gas duct, in which as a first emission-reducing component a particulate filter is arranged close to the engine in the flow direction of an exhaust gas of the internal combustion engine through the exhaust gas duct, characterized in that, likewise in a position close to the engine, an electrically heatable three-way catalytic converter is arranged downstream of the particulate filter, and a further three-way catalytic converter is arranged downstream of the electrically heatable catalytic converter.
A method for detecting a parking spot in a camera image, comprising: obtaining one or more camera images from one or more vehicle cameras, wherein the one or more camera images comprise one or more of a front camera image, a left-side camera image, a right-side camera image, and a rear camera image; preprocessing the one or more camera images by transforming the one or more camera images into a bird's-eye-view camera image; segmenting a plurality of parking line markers from the bird's-eye-view camera image using a deep neural network and outputting a binary image distinguishing connected pixel groups from other portions of the image and performing line fitting in each pixel group; iteratively selecting each line and pairing it with other lines to detect a parking spot in one or more of the bird's-eye-view camera image and the one or more camera images by comparing a difference between slopes of the two lines with a threshold slope, and if the difference in slope is lower than the threshold slope, comparing a distance between the two lines with a threshold for the parking stop distance; determining that the selected and paired lines are associated with a parking spot if the distance is below the threshold for the parking spot distance; and comparing if a new parking spot associated with the selected line is located in the same direction as one already obtained for the selected line and has smaller distance; in such case keeping the new parking spot as parking spot for the selected line in that direction. obtaining one or more camera images from one or more vehicle cameras, wherein the one or more camera images comprise one or more of a front camera image, a left-side camera image, a right-side camera image, and a rear camera image; preprocessing the one or more camera images by transforming the one or more camera images into a bird's-eye-view camera image; segmenting a plurality of parking line markers from the bird's-eye-view camera image using a deep neural network and outputting a binary image distinguishing connected pixel groups from other portions of the image and performing line fitting in each pixel group; iteratively selecting each line and pairing it with other lines to detect a parking spot in one or more of the bird's-eye-view camera image and the one or more camera images by comparing a difference between slopes of the two lines with a threshold slope, and if the difference in slope is lower than the threshold slope, comparing a distance between the two lines with a threshold for the parking stop distance; determining that the selected and paired lines are associated with a parking spot if the distance is below the threshold for the parking spot distance; and comparing if a new parking spot associated with the selected line is located in the same direction as one already obtained for the selected line and has smaller distance; in such case keeping the new parking spot as parking spot for the selected line in that direction.
A method of regulating a rocket engine having at least one liquid propellant, said rocket engine comprising at least one combustion chamber and a first liquid propellant feed circuit with a first pump for pumping a first liquid propellant and a first turbine for actuating the first pump, a first feed valve, and a regulator device for regulating the first turbine, the regulation method comprising the following step: calculating a command for the regulator device of the first turbine on the basis of an external command (C ext) and of at least one feedback value, in application of a closed loop control relationship; and the method of regulating being characterized in that it further comprises the following steps: • calculating an opening command (DVCH) for opening the first feed valve from said external command (C ext), in application of an open loop control relationship; and • controlling the first feed valve of the combustion chamber and the regulator device of the first turbine in compliance with the respective commands. • calculating an opening command (DVCH) for opening the first feed valve from said external command (C ext), in application of an open loop control relationship; and • controlling the first feed valve of the combustion chamber and the regulator device of the first turbine in compliance with the respective commands.
A combination comprising: a) rhamnose or a rhamnose-rich polysaccharide, wherein the rhamnose-rich polysaccharide comprises rhamnose in an amount equal or higher than 30% w/w; b) a film-forming agent; and c) one or more further active agents selected from: i) a hyaluronic acid derivative selected from the group consisting of hyaluronic acid, a pharmaceutically or cosmetically acceptable salt thereof, and a cationized hyaluronic acid, wherein the cationized hyaluronic acid is a hyaluronic acid wherein the hydrogen atom of at least one of the hydroxylic groups or the carboxylic group is replaced by a moiety of formula: wherein each of R 1 -R 4 independently represents a linear or branched (C 1 -C 6)alkyl group optionally substituted with one or more hydroxyl groups, and X is a halogen ion; ii) a silanol compound, and iii) an extract of Pistacia lentiscus, for use in the treatment and/or prevention of fungal infections in human beings. a) rhamnose or a rhamnose-rich polysaccharide, wherein the rhamnose-rich polysaccharide comprises rhamnose in an amount equal or higher than 30% w/w; b) a film-forming agent; and c) one or more further active agents selected from: i) a hyaluronic acid derivative selected from the group consisting of hyaluronic acid, a pharmaceutically or cosmetically acceptable salt thereof, and a cationized hyaluronic acid, wherein the cationized hyaluronic acid is a hyaluronic acid wherein the hydrogen atom of at least one of the hydroxylic groups or the carboxylic group is replaced by a moiety of formula: wherein each of R 1 -R 4 independently represents a linear or branched (C 1 -C 6)alkyl group optionally substituted with one or more hydroxyl groups, and X is a halogen ion; ii) a silanol compound, and iii) an extract of Pistacia lentiscus, i) a hyaluronic acid derivative selected from the group consisting of hyaluronic acid, a pharmaceutically or cosmetically acceptable salt thereof, and a cationized hyaluronic acid, wherein the cationized hyaluronic acid is a hyaluronic acid wherein the hydrogen atom of at least one of the hydroxylic groups or the carboxylic group is replaced by a moiety of formula: wherein each of R 1 -R 4 independently represents a linear or branched (C 1 -C 6)alkyl group optionally substituted with one or more hydroxyl groups, and X is a halogen ion; ii) a silanol compound, and iii) an extract of Pistacia lentiscus,