mhurhangee/patent-ind-claim-en huggingface dataset:
A hair clipper comprising: a clipper body comprising a motor ; and a blade assembly connected to the clipper body such that the motor moves a moveable blade of the blade assembly during operation, the blade assembly comprising a blade housing having a guide surface that faces skin of a patient during operation and a patterned array of ribs that are located on the guide surface defining a guide plane; characterised in that : the patterned array of ribs includes outermost ribs that extend along opposite sides of the blade housing and central ribs (40f-40j, 74f-74j,130f-130j) that extend along an inboard region of the guide surface , wherein the inboard region has a higher rib density than adjacent outboard regions . a clipper body comprising a motor ; and a blade assembly connected to the clipper body such that the motor moves a moveable blade of the blade assembly during operation, the blade assembly comprising a blade housing having a guide surface that faces skin of a patient during operation and a patterned array of ribs that are located on the guide surface defining a guide plane; characterised in that : the patterned array of ribs includes outermost ribs that extend along opposite sides of the blade housing and central ribs (40f-40j, 74f-74j,130f-130j) that extend along an inboard region of the guide surface , wherein the inboard region has a higher rib density than adjacent outboard regions .
A lid for a liquid material storage container including a storage cylinder that has a large-diameter opening at an upper end and a small-diameter opening at a lower end, and a flange extending in opposite lateral directions from an upper end portion of the storage cylinder , the lid closing the large-diameter opening , the lid comprising: an upper plate portion covering the flange and the large-diameter opening ; a plug portion extending downward from a central region of the upper plate portion and plugging the large-diameter opening of the storage cylinder ; a pair of first lateral portions coming into contact with lateral surfaces of a pair of short sides of the flange when the lid is closed; a pair of claw portions extending from the pair of first lateral portions toward the plug portion and coming into contact with lower surfaces of the pair of short sides of the flange when the lid is closed; and a push-up operating portion formed in at least one of the pair of first lateral portions , characterized in that a length of each of the claw portions is shorter than a distance between the claw portion and the upper plate portion , the lid for the liquid material storage container further comprises a second lateral portion provided in association with one of the first lateral portions , and in that the second lateral portion is constituted by a pair of plate-like members extending from both short sides of the pair of first lateral portions toward the plug portion and coming into contact with lateral surfaces of a pair of long sides of the flange . an upper plate portion covering the flange and the large-diameter opening ; a plug portion extending downward from a central region of the upper plate portion and plugging the large-diameter opening of the storage cylinder ; a pair of first lateral portions coming into contact with lateral surfaces of a pair of short sides of the flange when the lid is closed; a pair of claw portions extending from the pair of first lateral portions toward the plug portion and coming into contact with lower surfaces of the pair of short sides of the flange when the lid is closed; and a push-up operating portion formed in at least one of the pair of first lateral portions , characterized in that a length of each of the claw portions is shorter than a distance between the claw portion and the upper plate portion , the lid for the liquid material storage container further comprises a second lateral portion provided in association with one of the first lateral portions , and in that the second lateral portion is constituted by a pair of plate-like members extending from both short sides of the pair of first lateral portions toward the plug portion and coming into contact with lateral surfaces of a pair of long sides of the flange .
A power generation system , comprising: a gas turbine engine comprising a turbine casing ; a steam turbine ; a steam turbine preheating system comprising a steam generator that creates a flow of steam to preheat the steam turbine from an extraction of the gas turbine engine ; characterized in that the extraction extends from the turbine casing to the steam generator and the extraction comprises an extraction of hot combustion gases ; the steam turbine comprises a steam turbine shell and wherein the flow of steam extends from the steam generator to the steam turbine shell . a gas turbine engine comprising a turbine casing ; a steam turbine ; a steam turbine preheating system comprising a steam generator that creates a flow of steam to preheat the steam turbine from an extraction of the gas turbine engine ; characterized in that the extraction extends from the turbine casing to the steam generator and the extraction comprises an extraction of hot combustion gases ; the steam turbine comprises a steam turbine shell and wherein the flow of steam extends from the steam generator to the steam turbine shell .
A gimbal for controlling an optical device to perform an action, comprising a controlling device , a controlling assembly connected with the controlling device , and a performing assembly connected with the controlling assembly , wherein the controlling assembly is disposed between the controlling device and the performing assembly , wherein, the controlling device comprises a rocker for receiving an action instruction and generating a control instruction to be sent to the controlling assembly , wherein the rocker comprises a rocker handle and a potentiometer assembly connected with the rocker handle ; the controlling assembly is configured for generating, based on the control instruction sent by the controlling device , a performing instruction for implementing a corresponding action, and sending the performing instruction to the performing assembly ; and the performing assembly is configured for implementing a directional control for the optical device according to the performing instruction.
Vehicle with a chassis , a car body , an adjusting device which is separate to the chassis and can raise or lower the car body relative to the chassis and a component attached to the car body , characterised in that the component is assigned an adjusting device which is separate to the car body and is coupled to the adjusting device which is separate to the chassis and lowers the component when the car body is raised and raises the component when the car body is lowered.
A method for recognizing a wiring topology between at least two FPGAs , a first FPGA comprising a plurality of interface pins , particularly a first interface pin , a second FPGA comprising a plurality of interface pins , particularly a second interface pin , a plurality of lines connecting at least a part of the interface pins of the first FPGA to the at least a part of the interface pins of the second FPGA , a first driver being present on the first interface pin , a first transmitter register being implemented on the first driver , the signal output by the first driver being defined by the transmitter register , characterized in that a first receiver register is implemented on the second interface pin , wherein the first driver is activated via a first activation signal , wherein the first driver sends out a first signal , wherein the first receiver register is used to read whether the first signal is received at the second interface pin , wherein the second interface pin is associated with the first interface pin when the first signal of the first driver is received at the second interface pin , wherein a plurality of activation signals are implemented for each driver , wherein the activation signals each individually activate a driver and all interface pins at which the signal of the respectively active driver is received are associated with the interface pin of the active driver .
A system for determining a location of a critical component of an arrhythmogenic circuit of a heart, the system comprising: an input for receiving data for electrograms recorded at various locations of the heart while programmed ventricular pacing with extra stimuli was performed; and a processing unit for controlling the system, the processing unit being configured to identify sharp near-field potentials beyond a QRS complex for both a base train and the extra stimuli for at least two of the recorded electrograms; to obtain decrement values for at least two different locations of the heart where the decrement value for a given location of the heart is obtained by subtracting a time delay of the sharp near-field potential measured in response to the base train from a time delay of the sharp near-field potential measured in response to the extra stimuli in the recorded electrograms corresponding to the given location of the heart; to generate at least a portion of a decrement map using the decrement values obtained for the different locations of the heart; and to identify the location of the critical component of the arrhythmogenic circuit based on electrograms having significant decremental properties by identifying the decrement values obtained for the different locations of the heart that are a maximum local decrement or a particular decrement value that may be identified by comparison with a threshold. an input for receiving data for electrograms recorded at various locations of the heart while programmed ventricular pacing with extra stimuli was performed; and a processing unit for controlling the system, the processing unit being configured to identify sharp near-field potentials beyond a QRS complex for both a base train and the extra stimuli for at least two of the recorded electrograms; to obtain decrement values for at least two different locations of the heart where the decrement value for a given location of the heart is obtained by subtracting a time delay of the sharp near-field potential measured in response to the base train from a time delay of the sharp near-field potential measured in response to the extra stimuli in the recorded electrograms corresponding to the given location of the heart; to generate at least a portion of a decrement map using the decrement values obtained for the different locations of the heart; and to identify the location of the critical component of the arrhythmogenic circuit based on electrograms having significant decremental properties by identifying the decrement values obtained for the different locations of the heart that are a maximum local decrement or a particular decrement value that may be identified by comparison with a threshold.
A pyrotechnic actuator comprising: a body , a piston slidably mounted inside the body along a longitudinal direction (X), and a propelling system comprising a pyrotechnic igniter mounted inside said body and adapted to propel said piston, the pyrotechnic igniter being mounted inside the body such that a peripheral gap is formed between the body and the pyrotechnic igniter and the propelling system further comprises a sealing gasket arranged inside the gap in such a manner that the pyrotechnic igniter is maintained in position with respect to the body , characterized in that the pyrotechnic igniter and the sealing gasket are disposed in a first recess formed in a wall of the body , and in that the body has a peripheral recess surrounding the first recess , and in that the piston is provided with a skirt formed on its side facing the pyrotechnic igniter , the skirt being mounted in said peripheral recess when the piston is in its initial position. a body , a piston slidably mounted inside the body along a longitudinal direction (X), and a propelling system comprising a pyrotechnic igniter mounted inside said body and adapted to propel said piston, the pyrotechnic igniter being mounted inside the body such that a peripheral gap is formed between the body and the pyrotechnic igniter and the propelling system further comprises a sealing gasket arranged inside the gap in such a manner that the pyrotechnic igniter is maintained in position with respect to the body , characterized in that the pyrotechnic igniter and the sealing gasket are disposed in a first recess formed in a wall of the body , and in that the body has a peripheral recess surrounding the first recess , and in that the piston is provided with a skirt formed on its side facing the pyrotechnic igniter , the skirt being mounted in said peripheral recess when the piston is in its initial position.
A planet carrier for a speed reduction gear of a turbomachine , this planet carrier having a main axis X and comprising: - a cage carrier comprising an annular row of axial fingers about the axis X, which carry first connecting elements, and - a cage comprising an internal cavity configured to contain a central sun gear of axis X of rotation and an annular row of planet gears disposed about the axis X and meshed with said sun gear and with a ring gear for surrounding the cage , the cage comprising at its periphery housings and second connecting elements which are mounted in said housings and which cooperate with the first connecting elements to form connections between the cage carrier and the cage , which allow at least one degree of freedom, the cage comprising two shells which are axially fixed to each other and separated from each other by a plane (P1), said housings being formed respectively in said shells , each of said housings comprising a first orifice formed in a first of the shells and a second orifice formed in a second of the shells , the first and second orifices being aligned, characterised in that the shells comprise radial tabs in axial support against each other or axially spaced from each other and in which said first and second orifices are formed respectively. - a cage carrier comprising an annular row of axial fingers about the axis X, which carry first connecting elements, and - a cage comprising an internal cavity configured to contain a central sun gear of axis X of rotation and an annular row of planet gears disposed about the axis X and meshed with said sun gear and with a ring gear for surrounding the cage , the cage comprising at its periphery housings and second connecting elements which are mounted in said housings and which cooperate with the first connecting elements to form connections between the cage carrier and the cage , which allow at least one degree of freedom, the cage comprising two shells which are axially fixed to each other and separated from each other by a plane (P1), said housings being formed respectively in said shells , each of said housings comprising a first orifice formed in a first of the shells and a second orifice formed in a second of the shells , the first and second orifices being aligned, characterised in that the shells comprise radial tabs in axial support against each other or axially spaced from each other and in which said first and second orifices are formed respectively.
Masitinib or a pharmaceutically acceptable salt or solvate thereof for use in the treatment of severe systemic mastocytosis in a human patient, wherein said severe systemic mastocytosis is associated with at least two mast cell mediator release associated handicaps selected from a pruritus score ≥ 9; a number of flushes per week ≥ 8; a Hamilton rating scale for depression (HAMD-17) score ≥ 19; a number of stools per day ≥ 4; a number of micturition per day ≥ 8; and a fatigue (asthenia) score measured by Fatigue Impact Scale (FIS) ≥ 75, and wherein at least two mast cell mediator release associated handicaps are selected from a pruritus score ≥ 9; a number of flushes per week ≥ 8; and a HAMD-17 score ≥ 19, wherein said systemic mastocytosis is smoldering systemic mastocytosis or indolent systemic mastocytosis.
Polyolefin fiber comprising from 2wt% to 20 wt% relative to the total weight of the fiber of a polyolefin composition comprising: A) 5-35% by weight of a propylene homopolymer or a propylene ethylene copolymer containing 90% by weight or more of propylene units; component A) containing 10% by weight or less of a fraction soluble in xylene at 25°C (XS A ), both the amount of propylene units and of the fraction XS A being referred to the weight of A); B) 20-50% by weight; of a copolymer of ethylene and a C 3 -C 8 alpha-olefin containing from 0.1% to 20% by weight of alpha-olefin units and containing 25% by weight or less; of a fraction soluble in xylene at 25°C (XS B ), both the amount of alpha-olefin units and of the fraction XS B being referred to the weight of (B); and C) 30-60% by weight of a copolymer of ethylene and propylene containing from 25% to 75% by weight of ethylene units and containing from 40% to 95% by weight of a fraction soluble in xylene at 25°C (XSc), both the amount of ethylene units and of the fraction XSc being referred to the weight of (C); the amounts of (A), (B) and (C) being referred to the total weight of (A) + (B) + (C), the sum of the amount of (A) + (B) + (C) being 100. A) 5-35% by weight of a propylene homopolymer or a propylene ethylene copolymer containing 90% by weight or more of propylene units; component A) containing 10% by weight or less of a fraction soluble in xylene at 25°C (XS A ), both the amount of propylene units and of the fraction XS A being referred to the weight of A); B) 20-50% by weight; of a copolymer of ethylene and a C 3 -C 8 alpha-olefin containing from 0.1% to 20% by weight of alpha-olefin units and containing 25% by weight or less; of a fraction soluble in xylene at 25°C (XS B ), both the amount of alpha-olefin units and of the fraction XS B being referred to the weight of (B); and C) 30-60% by weight of a copolymer of ethylene and propylene containing from 25% to 75% by weight of ethylene units and containing from 40% to 95% by weight of a fraction soluble in xylene at 25°C (XSc), both the amount of ethylene units and of the fraction XSc being referred to the weight of (C);
An impact location installation comprising: - an interactive plate capable of propagating progressive mechanical waves from an impact (P), having a front face for receiving impacts; - at least three transducers (PT A , PT B , PT C , PT D ) arranged and distributed against the front face or a rear face of the interactive plate , designed to pick up progressive mechanical waves propagating in the interactive plate and transform them into electrical signals; and - an electronic central unit , connected to the transducers (PT A , PT B , PT C , PT D ) to receive their electrical signals, programmed to locate the impact (P) in the interactive plate by an analysis of the received electrical signals; characterized in that it further comprises: - an additional plate attached to the front face of the interactive plate and having an impact receiving zone; and - means (F 1 , F 2 , F 3 , F 4 , 24; F 1 , F 2 , F 3 , F 4 , 28, 30) for attaching the additional plate to the interactive plate , configured to ensure contact against the entire front face portion of the interactive plate located opposite the impact receiving zone of the additional plate . - an interactive plate capable of propagating progressive mechanical waves from an impact (P), having a front face for receiving impacts; - at least three transducers (PT A , PT B , PT C , PT D ) arranged and distributed against the front face or a rear face of the interactive plate , designed to pick up progressive mechanical waves propagating in the interactive plate and transform them into electrical signals; and - an electronic central unit , connected to the transducers (PT A , PT B , PT C , PT D ) to receive their electrical signals, programmed to locate the impact (P) in the interactive plate by an analysis of the received electrical signals; - an additional plate attached to the front face of the interactive plate and having an impact receiving zone; and - means (F 1 , F 2 , F 3 , F 4 , 24; F 1 , F 2 , F 3 , F 4 , 28, 30) for attaching the additional plate to the interactive plate , configured to ensure contact against the entire front face portion of the interactive plate located opposite the impact receiving zone of the additional plate .
A system for autonomous detection of chemical plumes, comprising: a camera capable of generating an image at least at a wavelength of electromagnetic (EM) radiation in the infrared wavelength range that is absorbed or emitted by a chemical species; and an analysis system configured to analyze a sequence of images from the camera, comprising: a processor ; and a non-transitory, computer-readable medium comprising code configured to direct the processor to: identify a plurality of deterministic features and a plurality of probabilistic features of objects in an image, wherein the image is a grayscale image, in which the difference in contrast is used to identify the deterministic and probabilistic features; compare the plurality of deterministic features, or the plurality of probabilistic features, or both to another image collected at a proximate time; and determine if a change between the compared images represents a chemical plume. a camera capable of generating an image at least at a wavelength of electromagnetic (EM) radiation in the infrared wavelength range that is absorbed or emitted by a chemical species; and an analysis system configured to analyze a sequence of images from the camera, comprising: a processor ; and a non-transitory, computer-readable medium comprising code configured to direct the processor to: identify a plurality of deterministic features and a plurality of probabilistic features of objects in an image, wherein the image is a grayscale image, in which the difference in contrast is used to identify the deterministic and probabilistic features; compare the plurality of deterministic features, or the plurality of probabilistic features, or both to another image collected at a proximate time; and determine if a change between the compared images represents a chemical plume. a processor ; and a non-transitory, computer-readable medium comprising code configured to direct the processor to: identify a plurality of deterministic features and a plurality of probabilistic features of objects in an image, wherein the image is a grayscale image, in which the difference in contrast is used to identify the deterministic and probabilistic features; compare the plurality of deterministic features, or the plurality of probabilistic features, or both to another image collected at a proximate time; and determine if a change between the compared images represents a chemical plume. identify a plurality of deterministic features and a plurality of probabilistic features of objects in an image, wherein the image is a grayscale image, in which the difference in contrast is used to identify the deterministic and probabilistic features; compare the plurality of deterministic features, or the plurality of probabilistic features, or both to another image collected at a proximate time; and determine if a change between the compared images represents a chemical plume.