mhurhangee/patent-ind-claim-en huggingface dataset:
A tool comprising: a housing ; a handle coupled to, and extending from, the housing, wherein the handle has a first trigger button and a second trigger button ; and an interlocking mechanism disposed in the handle, wherein the interlocking mechanism comprises a toggle lever configured to prevent one of the first trigger button or the second trigger button from being triggered while the other of the first trigger button or the second trigger button is triggered. a housing ; a handle coupled to, and extending from, the housing, wherein the handle has a first trigger button and a second trigger button ; and an interlocking mechanism disposed in the handle, wherein the interlocking mechanism comprises a toggle lever configured to prevent one of the first trigger button or the second trigger button from being triggered while the other of the first trigger button or the second trigger button is triggered.
An aircraft power architecture, comprising: - a power transmission gearbox , located in a first compartment , and configured to transmit mechanical energy to a rotor , - a gas turbine comprising a gas generator and a free turbine connected to the power transmission gearbox by a power shaft of the gas turbine , - an accessory gearbox , configured to supply energy to accessory equipment by taking part of the energy produced by the gas generator , - the gas turbine comprises a first electrical machine configured to take a part of the energy produced by the gas generator and convert it into electrical energy when the gas turbine is running, - the accessory gearbox comprises a second electrical machine configured to supply power to the accessory equipment and to receive electrical energy transmitted by the first electrical machine when the gas turbine is running. characterized in that : - the gas turbine is located in a second compartment separated from the first compartment by a partition , - the accessory gearbox is located in the first compartment , - the gas turbine being attached in the aircraft via the power shaft being set in the main transmission gearbox and via a holding system connecting the gas turbine to the main transmission gearbox . - a power transmission gearbox , located in a first compartment , and configured to transmit mechanical energy to a rotor , - a gas turbine comprising a gas generator and a free turbine connected to the power transmission gearbox by a power shaft of the gas turbine , - an accessory gearbox , configured to supply energy to accessory equipment by taking part of the energy produced by the gas generator , - the gas turbine comprises a first electrical machine configured to take a part of the energy produced by the gas generator and convert it into electrical energy when the gas turbine is running, - the accessory gearbox comprises a second electrical machine configured to supply power to the accessory equipment and to receive electrical energy transmitted by the first electrical machine when the gas turbine is running. - the gas turbine is located in a second compartment separated from the first compartment by a partition , - the accessory gearbox is located in the first compartment , - the gas turbine being attached in the aircraft via the power shaft being set in the main transmission gearbox and via a holding system connecting the gas turbine to the main transmission gearbox .
A blood purification apparatus that includes a blood purifier for giving blood purification treatment by purifying blood of a patient; and a control device that is configured to execute, in accordance with preset treatment conditions and/or operational settings, an operation for performing the blood purification treatment or an operation associated with the blood purification treatment, characterized in that the blood purification apparatus further comprises: a registering device that is configured to register, in advance, the treatment conditions and/or operational settings corresponding to a performance, characteristic, or function of a plurality of blood purifiers ; and to impose a restriction on or make a recommendation for the treatment conditions and/or operational settings to be registered, in accordance with the performance, characteristic, or function of the blood purifier to be used; and a changing device that is configured to change the treatment conditions and/or operational settings to the treatment conditions and/or operational settings registered by the registering device , in accordance with the blood purifier to be used in the blood purification treatment. a blood purifier for giving blood purification treatment by purifying blood of a patient; and a control device that is configured to execute, in accordance with preset treatment conditions and/or operational settings, an operation for performing the blood purification treatment or an operation associated with the blood purification treatment, characterized in that the blood purification apparatus further comprises: a registering device that is configured to register, in advance, the treatment conditions and/or operational settings corresponding to a performance, characteristic, or function of a plurality of blood purifiers ; and to impose a restriction on or make a recommendation for the treatment conditions and/or operational settings to be registered, in accordance with the performance, characteristic, or function of the blood purifier to be used; and a changing device that is configured to change the treatment conditions and/or operational settings to the treatment conditions and/or operational settings registered by the registering device , in accordance with the blood purifier to be used in the blood purification treatment. a registering device that is configured to register, in advance, the treatment conditions and/or operational settings corresponding to a performance, characteristic, or function of a plurality of blood purifiers ; and to impose a restriction on or make a recommendation for the treatment conditions and/or operational settings to be registered, in accordance with the performance, characteristic, or function of the blood purifier to be used; and a changing device that is configured to change the treatment conditions and/or operational settings to the treatment conditions and/or operational settings registered by the registering device , in accordance with the blood purifier to be used in the blood purification treatment.
Cable for overhead power line used to transfer electrical energy, said cable comprising a core and an outer crown , the latter being obtained by a plurality of metal wires , at least part of these metal wires being partly covered with an outer coating made of material suitable to facilitate the detachment of the snow which accretes on said cable , wherein each partly covered wire of said part of metal wires is discretely coated by said material along a plurality of sections of said wire separated from each other, characterized in that each coated section of the plurality of coated sections is fully coated with said material.
A method of sliding response acceleration, comprising: monitoring a sliding operation of a user on a touch screen; determining a first sliding distance of the sliding operation; launching a sliding response acceleration strategy when the first sliding distance exceeds a first preset distance, the sliding response acceleration strategy comprising increasing the frequency of a central processing unit, CPU; characterized by : starting a timer; judging whether execution of the sliding response acceleration strategy exceeds a first preset time period according to the timing of the timer and whether a position coordinate of a finger of the user on the touch screen is continuously changed; and terminating the sliding response acceleration strategy based on a judgment that the execution of the sliding response acceleration strategy exceeds the first preset time period and the position coordinate of the finger of the user on the touch screen is not continuously changed. monitoring a sliding operation of a user on a touch screen; determining a first sliding distance of the sliding operation; launching a sliding response acceleration strategy when the first sliding distance exceeds a first preset distance, the sliding response acceleration strategy comprising increasing the frequency of a central processing unit, CPU; characterized by : starting a timer; judging whether execution of the sliding response acceleration strategy exceeds a first preset time period according to the timing of the timer and whether a position coordinate of a finger of the user on the touch screen is continuously changed; and terminating the sliding response acceleration strategy based on a judgment that the execution of the sliding response acceleration strategy exceeds the first preset time period and the position coordinate of the finger of the user on the touch screen is not continuously changed. starting a timer; judging whether execution of the sliding response acceleration strategy exceeds a first preset time period according to the timing of the timer and whether a position coordinate of a finger of the user on the touch screen is continuously changed; and terminating the sliding response acceleration strategy based on a judgment that the execution of the sliding response acceleration strategy exceeds the first preset time period and the position coordinate of the finger of the user on the touch screen is not continuously changed.
A combination screening apparatus for screening a mixed material into three graded streams, comprising a disc screen wholly, substantially or partly located within a rotary drum screen , wherein the disc screen is mounted on a disc frame , the rotary drum screen is rotated on or by a frame, characterised in that the disc frame is secured to each end of the frame, and the disc screen remains anchored in place and fixed to the frame via one or more anchor points (28a-d), while the rotary drum screen is free to rotate.
A system for a surgical microscope system , the system comprising one or more processors and one or more storage devices , wherein the system is configured to: obtain an audio signal from a microphone of the surgical microscope system; analyze the audio signal locally to detect one or more spoken commands within the audio signal, wherein a user-specific voice profile is used to determine whether the one or more spoken commands are uttered by a user associated with the user-specific voice profile; and control the surgical microscope system based on the detected one or more spoken commands if the one or more spoken commands are uttered by the user associated with the user-specific voice profile, characterised in that the system is configured to, if the system determines that the one or more spoken commands were uttered by a user that does not have authorization to control the surgical microscope system, discard the one or more spoken commands. obtain an audio signal from a microphone of the surgical microscope system; analyze the audio signal locally to detect one or more spoken commands within the audio signal, wherein a user-specific voice profile is used to determine whether the one or more spoken commands are uttered by a user associated with the user-specific voice profile; and control the surgical microscope system based on the detected one or more spoken commands if the one or more spoken commands are uttered by the user associated with the user-specific voice profile, characterised in that the system is configured to, if the system determines that the one or more spoken commands were uttered by a user that does not have authorization to control the surgical microscope system, discard the one or more spoken commands.
A trailer , comprising an extendible chassis , wherein the extendibility is provided by at least one extension assembly including a first and a second tubular profile which are telescopically slidable relative to each other in a length direction, wherein the extension assembly includes a blocking mechanism for blocking the first and the second tubular profile relative to each other, wherein the blocking mechanism comprises a blocking pin which is connected with the first tubular profile so as to be adjustable in an axial direction of the blocking pin , transversely to the length direction and thereby is movable between a locking position and a release position, while the second tubular profile is provided with a series of holes at different length positions with respect to a longitudinal central axis of the second tubular profile , wherein each hole of the series of holes in the second tubular profile has a unique hole shape orientation and/or has a unique transverse position with respect to the longitudinal central axis of the second tubular profile , characterised by a position and/or rotational orientation of the blocking pin with respect to the first tubular profile being adjustable in a direction transverse to the axial direction of the blocking pin , such that the blocking pin for each hole of the series of holes is bringable into a unique position and/or rotational orientation associated with that hole , in which the blocking pin is displaceable in axial direction to the locking position so that an end of the blocking pin can extend into the relevant hole for blocking the telescopic slideability of the first tubular profile relative to the second tubular profile and wherein the end of the blocking pin in that relevant unique position and/or rotational orientation is not bringable into the other holes of the series of holes .
A method of forming a gas turbine engine ceramic matrix composite component with cooling features, comprising: forming a preform tape ; laying up said preform tape to a desired shape; placing a high-temperature resistant fugitive material insert of preselected geometry in said preform tape to form a preformed lay-up; compacting said preformed lay-up; pyrolyzing said compacted preformed lay-up by burning out said preform tape to form a porous preform; melt infiltrating said porous preform with molten silicon to form a silicon-based ceramic that forms said ceramic matrix composite component ; wherein the method comprises forming said cooling features by removing said high-temperature resistant fugitive material insert during or following one of said burning out or said melt infiltrating. forming a preform tape ; laying up said preform tape to a desired shape; placing a high-temperature resistant fugitive material insert of preselected geometry in said preform tape to form a preformed lay-up; compacting said preformed lay-up; pyrolyzing said compacted preformed lay-up by burning out said preform tape to form a porous preform; melt infiltrating said porous preform with molten silicon to form a silicon-based ceramic that forms said ceramic matrix composite component ; wherein the method comprises forming said cooling features by removing said high-temperature resistant fugitive material insert during or following one of said burning out or said melt infiltrating.
Tool for centring at least one bore that is to be centred, having an internal diameter (D40) with respect to at least one first bore (42.1) having an internal diameter (D42.1), the centring tool comprising a body having at least one first span (48.1) that is configured to be coaxial with the first bore (42.1) when the said first span (48.1) is positioned in the first bore (42.1) and a segment that is configured to be positioned in the bore that is to be centred, characterized in that the centring tool comprises: - a coil spring positioned around the segment and configured to occupy a relaxed, non-expanded state in which it has an initial external diameter (Di) and an expanded state in which it has an expanded external diameter (De) that is greater than the internal diameter (D40) of the bore that is to be centred, - a radial expansion mechanism that is configured to occupy an inactive state in which it does not act on the coil spring and an activated state in which it brings about an increase in the diameter of the coil spring , - the radial expansion mechanism being configured to keep the coil spring coaxial with the body in the expanded state, and - the radial expansion mechanism and/or the coil spring being configured to obtain a radial expansion of the coil spring that is essentially identical over its entire length. - a coil spring positioned around the segment and configured to occupy a relaxed, non-expanded state in which it has an initial external diameter (Di) and an expanded state in which it has an expanded external diameter (De) that is greater than the internal diameter (D40) of the bore that is to be centred, - a radial expansion mechanism that is configured to occupy an inactive state in which it does not act on the coil spring and an activated state in which it brings about an increase in the diameter of the coil spring , - the radial expansion mechanism being configured to keep the coil spring coaxial with the body in the expanded state, and - the radial expansion mechanism and/or the coil spring being configured to obtain a radial expansion of the coil spring that is essentially identical over its entire length.
A stator for a rotary electric machine, the stator comprising: a stator core comprising a stack of a plurality of steel sheets ; a stator coil wound around teeth of the stator core ; and a plurality of insulators interposed between the stator core and the stator coil , wherein each of the insulators has at least one engagement tab projecting toward a circumferential-direction side surface of a tooth when the insulator is attached to the tooth , an engagement recess configured to hook the engagement tab therein is formed in the circumferential-direction side surface of each of the teeth , each of the steel sheets has a plurality of tooth portions that form the teeth when the plurality of steel sheets are stacked, characterized in that each of some of the plurality of tooth portions has a notch formed on a circumferential-direction side surface of the tooth portion , the notches forming the engagement recess in which the engagement tab is hooked when the plurality of steel sheets are stacked, the plurality of steel sheets are rotated either one from another or in units of a plurality of steel sheets , and stacked, and the engagement tab and the engagement recess correspond to each other in shape, position, and number. a stator core comprising a stack of a plurality of steel sheets ; a stator coil wound around teeth of the stator core ; and a plurality of insulators interposed between the stator core and the stator coil , wherein each of the insulators has at least one engagement tab projecting toward a circumferential-direction side surface of a tooth when the insulator is attached to the tooth , an engagement recess configured to hook the engagement tab therein is formed in the circumferential-direction side surface of each of the teeth , each of the steel sheets has a plurality of tooth portions that form the teeth when the plurality of steel sheets are stacked, characterized in that each of some of the plurality of tooth portions has a notch formed on a circumferential-direction side surface of the tooth portion , the notches forming the engagement recess in which the engagement tab is hooked when the plurality of steel sheets are stacked, the plurality of steel sheets are rotated either one from another or in units of a plurality of steel sheets , and stacked, and the engagement tab and the engagement recess correspond to each other in shape, position, and number.
A method for fabricating a semiconductor device, comprising: forming a first inter-metal dielectric, IMD, layer on a substrate ; forming a first metal interconnection in the first IMD layer ; forming a stop layer on the first IMD layer ; forming a first opening in the stop layer to expose a portion the first metal interconnection ; forming an electromigration enhancing layer in the first opening , wherein the electromigration enhancing layer comprises Ta, TaN, Ti, and/or TiN, and top surfaces of the electromigration enhancing layer and the stop layer are coplanar; forming a second IMD layer on the stop layer and the electromigration enhancing layer ; forming a second metal interconnection and a third metal interconnection in the second IMD layer and on the electromigration enhancing layer ; forming a magnetic tunneling junction, MTJ, stack on the second IMD layer ; and etching the MTJ stack to form a first MTJ on the second metal interconnection and a second MTJ on the third metal interconnection , characterized in that the second IMD layer exposed from the first MTJ and second MTJ has a recessed curved top surface that is lower than top surfaces of the second metal interconnection and the third metal interconnection . forming a first inter-metal dielectric, IMD, layer on a substrate ; forming a first metal interconnection in the first IMD layer ; forming a stop layer on the first IMD layer ; forming a first opening in the stop layer to expose a portion the first metal interconnection ; forming an electromigration enhancing layer in the first opening , wherein the electromigration enhancing layer comprises Ta, TaN, Ti, and/or TiN, and top surfaces of the electromigration enhancing layer and the stop layer are coplanar; forming a second IMD layer on the stop layer and the electromigration enhancing layer ; forming a second metal interconnection and a third metal interconnection in the second IMD layer and on the electromigration enhancing layer ; forming a magnetic tunneling junction, MTJ, stack on the second IMD layer ; and etching the MTJ stack to form a first MTJ on the second metal interconnection and a second MTJ on the third metal interconnection , characterized in that the second IMD layer exposed from the first MTJ and second MTJ has a recessed curved top surface that is lower than top surfaces of the second metal interconnection and the third metal interconnection .
Continuous casting apparatus comprising a plurality of compression units , each of which is defined by a lower roll and an upper roll configured to exert a compression action on a cast metal product (P), each lower roll defining with the respective upper roll a passage gap for the metal product (P), and the passage gaps of said compression units being disposed aligned along a casting axis (Z) with an at least partly curved development, characterized in that it comprises a plurality of straightening rolls , disposed only on the extrados side of said casting axis (Z), and each of which is interposed between a pair of said lower rolls positioned on said extrados side, said casting axis (Z) being defined by a plurality of curved segments (T1, T2, T3) having different radii of curvature (R1, R2, R3), each curved segment (T1, T2, T3) being comprised between two successive straightening rolls , each of said straightening rolls being configured to straighten the cast metal product (P) and define a variation in the radius of curvature of said casting axis (Z).