mhurhangee/ep-ind-claims huggingface dataset:
A stent assembly comprising: a stent having a first end, a second end, and a tubular, mesh wall between the first end and the second end, the mesh wall being contiguous in circumferential and longitudinal directions from the first end to the second end, the stent having a rest configuration in the absence of external forces, and a twisted configuration in which the stent is (i) collapsed toward a longitudinal axis of the stent from the rest configuration and (ii) twisted about the longitudinal axis from the rest configuration to a sufficient amount that a segment of the stent collapses upon itself, wherein the stent is in the twisted configuration; a sheath, wherein the stent is held in the sheath in the twisted configuration; and a pusher having an elongate member at least partially disposed within the sheath and a stent-engagement member configured to abut and engage the stent. a stent having a first end, a second end, and a tubular, mesh wall between the first end and the second end, the mesh wall being contiguous in circumferential and longitudinal directions from the first end to the second end, the stent having a rest configuration in the absence of external forces, and a twisted configuration in which the stent is (i) collapsed toward a longitudinal axis of the stent from the rest configuration and (ii) twisted about the longitudinal axis from the rest configuration to a sufficient amount that a segment of the stent collapses upon itself, wherein the stent is in the twisted configuration; a sheath, wherein the stent is held in the sheath in the twisted configuration; and a pusher having an elongate member at least partially disposed within the sheath and a stent-engagement member configured to abut and engage the stent.
Interdental brush for cleaning interdental spaces and/or dental implants, having a brush head (11, 19, 22) that has an elongated bristle carrier (13, 20) and a plurality of bristles (16, 23), wherein the bristles (16, 23) extend radially outwards starting from the bristle carrier (13, 20), characterised in that the brush head (11, 19, 22) is designed as a single component injection-moulded part
A single-stranded nucleic acid molecule comprising an expression inhibitory sequence that inhibits expression of a target gene, and comprising region, region, linker region (Lx), linker region (Ly), region (Xc) and region (Yc), wherein the linker region (Lx) is linked between the region and the region (Xc), the linker region (Ly) is linked between the region and the region (Yc), the region (Xc) is complementary to the region, the region (Yc) is complementary to the region, an inner region is composed of the region and the region that are linked to each other, at least one of the region, the region (Xc) and the region (Yc) contains the expression inhibitory sequence, and the linker region (Lx) and the linker region (Ly) are represented by the following formula (I-1) or (I-4) wherein n is an integer from 0 to 30 and m is an integer from 0 to 30: optionally wherein, (i) in the formula (I-1), n = 11 and m = 12; (ii) in the formula (I-1), n = 5 and m = 4; or (iii) in the formula (I-4), n = 5 and m = 4. (i) in the formula (I-1), n = 11 and m = 12; (ii) in the formula (I-1), n = 5 and m = 4; or (iii) in the formula (I-4), n = 5 and m = 4.
Method for correcting the fuel richness in a heat engine during a cold start thereof, with a richness probe arranged in the gas exhaust line of said heat engine having not yet reached its operating temperature and not being operational, characterized in that it comprises a correction of a quantity of fuel injected into said thermal engine during a cold start in progress according to corrected injected fuel quantities learned from previous cold starts making it possible to reach a richness setpoint, memorized and classified according to first physical parameters, the corrected injected fuel quantity chosen being that whose classification according to the first physical parameters comes closest to the cold start in progress, said method checking the satisfaction of predetermined conditions to authorize said correction, and said predetermined conditions comprising inhibition conditions prohibiting said correction when learning of said chosen corrected injected fuel quantity is deemed obsolete in relation to the current cold start et comprises the determination of a difference between a first image (IMAC) reflecting a first state of aging of said thermal engine at a first instant ( tAC) of said cold start in progress and a second image ( IMDA) reflecting a second aging state of said thermal engine at a second instant ( tDA) of said previous cold start, said images (IMAC, IMDA) being represented by a set of second physical parameters of said thermal engine and/or a vehicle comprising said thermal engine, and a comparison of said deviation to a predetermined threshold, said chosen corrected injected fuel quantity being judged obsolete (I/A) when said deviation is greater than said predetermined threshold.
Bead wire (20, 20') for a tyre, the bead wire comprising: - a core comprising a plurality of circumferential windings (E1, E2, E3) of at least one core yarn (B; B1, B2, B3), each core yarn (B; B1, B2, B3) comprising a core multifilament textile fibre embedded in an organic core matrix, - an outer layer comprising a single outer-layer yarn comprising an outer-layer multifilament textile fibre embedded in an organic outer-layer matrix, the outer-layer yarn being wound around the core, the bead wire being characterized in that the material (Ma) of which each core yarn (B; B1, B2, B3) is made has a yield strength (Re) measured in accordance with the standard ISO 14125 at 23°C greater than or equal to 800 MPa. - a core comprising a plurality of circumferential windings (E1, E2, E3) of at least one core yarn (B; B1, B2, B3), each core yarn (B; B1, B2, B3) comprising a core multifilament textile fibre embedded in an organic core matrix, - an outer layer comprising a single outer-layer yarn comprising an outer-layer multifilament textile fibre embedded in an organic outer-layer matrix, the outer-layer yarn being wound around the core,
A steering system, comprising: an operation mechanism that includes an operation member used to perform a steering operation; and a steered mechanism that is not mechanically coupled to the operation mechanism, and that steers a wheel based on the steering operation of the operation member, wherein the operation mechanism includes a steering angle sensor that detects a steering angle of the operation member and a steering direction detection unit that detects a steering direction of the operation member, and the steering direction detection unit includes a threaded shaft that is rotatable in the steering direction of the operation member, a nut that is screwed to the threaded shaft, a nut guide that is arranged parallel to the threaded shaft and that causes the nut to move in an axial direction of the threaded shaft in accordance with rotation of the threaded shaft, a stopper that is provided at at least one end of the nut guide in a longitudinal direction of the nut guide and that prevents movement of the nut in the axial direction beyond a predetermined position, characterized in having a proximity detection unit that detects a fact that the nut is in proximity to the stopper, the proximity detection unit being provided at the stopper, and a variable axial length mechanism that reduces a clearance in the axial direction between the nut and the stopper in response to occurrence of a malfunction in the steering angle sensor. an operation mechanism that includes an operation member used to perform a steering operation; and a steered mechanism that is not mechanically coupled to the operation mechanism, and that steers a wheel based on the steering operation of the operation member, wherein the operation mechanism includes a steering angle sensor that detects a steering angle of the operation member and a steering direction detection unit that detects a steering direction of the operation member, and the steering direction detection unit includes a threaded shaft that is rotatable in the steering direction of the operation member, a nut that is screwed to the threaded shaft, a nut guide that is arranged parallel to the threaded shaft and that causes the nut to move in an axial direction of the threaded shaft in accordance with rotation of the threaded shaft, a stopper that is provided at at least one end of the nut guide in a longitudinal direction of the nut guide and that prevents movement of the nut in the axial direction beyond a predetermined position, characterized in having a proximity detection unit that detects a fact that the nut is in proximity to the stopper, the proximity detection unit being provided at the stopper, and a variable axial length mechanism that reduces a clearance in the axial direction between the nut and the stopper in response to occurrence of a malfunction in the steering angle sensor.
A method for configuring an information handling system for joining a pool of information handling systems for virtual machine migration, the method comprising: a. receiving common feature sets for the virtual machine migration by a baseboard management controller, the common feature sets corresponding to a plurality of pools of common information handling systems; b. saving the common feature sets for a BIOS in a system's BIOS domain for retrieving during a reboot; c. forcing a reboot of the information handling system and retrieving the common feature sets during the reboot; d. masking dissimilarities in a feature set of the information handling system with respect to the common feature sets upon reboot; and e. joining the information handling system to a particular pool of information handling systems. a. receiving common feature sets for the virtual machine migration by a baseboard management controller, the common feature sets corresponding to a plurality of pools of common information handling systems; b. saving the common feature sets for a BIOS in a system's BIOS domain for retrieving during a reboot; c. forcing a reboot of the information handling system and retrieving the common feature sets during the reboot; d. masking dissimilarities in a feature set of the information handling system with respect to the common feature sets upon reboot; and e. joining the information handling system to a particular pool of information handling systems.
A modular electrical apparatus (10; 100) comprising coupling elements (17, 18; 117, 118) for coupling said apparatus (10; 100) to a further modular electrical apparatus such that said apparatuses (10; 100; 31), once they are coupled together, have two respective juxtaposed side walls (12, 34), wherein the modular electrical apparatus (10; 100) comprises a generally box-shaped apparatus body including a first coupling side wall and a second side wall opposite said first side wall, and wherein the coupling elements (17, 18; 117, 118) comprise at least one elastically flexible coupling tooth (17; 117) projecting from said first side wall, characterised by the coupling tooth (17; 117) being suitable to selectively take a coupling configuration, wherein said tooth (17; 117) is elastically uncharged, and an uncoupling configuration, in which said tooth is deflected and elastically charged with respect to the coupling configuration; the modular electrical apparatus (10; 100) comprising holding elements (21, 22; 121, 122) that releasably hold said coupling tooth (17; 117) in the uncoupling configuration.
Air-cooled condenser installation having at least one dry cooler which has a plurality of pipe bundles (4, 6) arranged in an A-shape or a V-shape, which are cooled on the outside by cooling air and on the inside are flowed through by a vapour which is to be condensed, and having at least one vapour distributing conduit, wherein to the at least one dry cooler is assigned at least one wet/dry cooler, which depending on the weather serves by means of external wetting with cooling water as a wet cooler, or alternatively as a dry cooler, wherein the wet/dry cooler is connected to the same vapour distributing conduit and is exposed to cooling air which is moved by a fan, wherein vapour coming out of the vapour distributing conduit can be conducted into the wet/dry cooler, characterised in that the wet/dry cooler is connected upstream of the at least one dry cooler in flow direction of the vapour in the vapour distributing conduit.
An apparatus for preparing brewed beverages, comprising a brewing chamber, on which an inlet is provided for heated water and an outlet for the brewed beverage, wherein the brewing chamber has an opening on which a capsule can be arranged with substances effective for the brewing operation, the capsule having a capsule opening which is connected at least in part to the brewing chamber and a base opposite the capsule opening, characterized in that at least one light source is provided adjacent to the base of the capsule, which light source emits light into the base via an inlet surface, wherein at least one light conductor is provided in the base, by means of which the light emitted into the base is conducted to at least one light-output surface on the base of the capsule, and a light detector is arranged opposite the at least one light-output surface.
An electronic device comprising: at least one microphone; an earphone connector configured to receive an audio plug, the earphone connector including a first contact and a second contact associated with a sound output through the audio plug, a third contact connected to ground, and a fourth contact associated with a sound input through the audio plug; an audio circuit connected to the earphone connector; a processor connected to the at least one microphone and the audio circuit; and a memory connected to the processor, wherein the memory stores instructions when executed, cause the processor to: apply a bias voltage to the fourth contact through the audio circuit; measure a voltage between the third and fourth contacts through the audio circuit; measure an impedance between the third contact and at least one of the first or second contact through the audio circuit; activate the at least one microphone when the measured voltage is greater than or equal to a first threshold value and the measured impedance is less than or equal to a second threshold value; and deactivate the at least one microphone when the measured voltage is greater than or equal to the first threshold value and the measured impedance exceeds the second threshold value. at least one microphone; an earphone connector configured to receive an audio plug, the earphone connector including a first contact and a second contact associated with a sound output through the audio plug, a third contact connected to ground, and a fourth contact associated with a sound input through the audio plug; an audio circuit connected to the earphone connector; a processor connected to the at least one microphone and the audio circuit; and a memory connected to the processor, wherein the memory stores instructions when executed, cause the processor to: apply a bias voltage to the fourth contact through the audio circuit; measure a voltage between the third and fourth contacts through the audio circuit; measure an impedance between the third contact and at least one of the first or second contact through the audio circuit; activate the at least one microphone when the measured voltage is greater than or equal to a first threshold value and the measured impedance is less than or equal to a second threshold value; and deactivate the at least one microphone when the measured voltage is greater than or equal to the first threshold value and the measured impedance exceeds the second threshold value. apply a bias voltage to the fourth contact through the audio circuit; measure a voltage between the third and fourth contacts through the audio circuit; measure an impedance between the third contact and at least one of the first or second contact through the audio circuit; activate the at least one microphone when the measured voltage is greater than or equal to a first threshold value and the measured impedance is less than or equal to a second threshold value; and deactivate the at least one microphone when the measured voltage is greater than or equal to the first threshold value and the measured impedance exceeds the second threshold value.
A gas turbine engine having a system for mounting fuel injectors including: an engine casing having an aperture formed therein, and a plurality of fuel injectors (43a, 43b) having respective flanges for mounting the fuel injectors to the casing at the aperture so that the fuel injectors extend side-by-side into the engine; characterised in that the flanges are dismountably sealed to an inner side of the casing, the aperture and the flanges are configured so that, when dismounted, each fuel injector can be rotated into an orientation relative to the aperture which allows the respective flange to pass though the aperture and the fuel injector to be withdrawn from the casing, and the flanges have respective sealing formations which engage with their neighbouring flanges when the fuel injectors are mounted to the casing to close off the aperture and to form seals between the flanges. an engine casing having an aperture formed therein, and a plurality of fuel injectors (43a, 43b) having respective flanges for mounting the fuel injectors to the casing at the aperture so that the fuel injectors extend side-by-side into the engine; characterised in that the flanges are dismountably sealed to an inner side of the casing, the aperture and the flanges are configured so that, when dismounted, each fuel injector can be rotated into an orientation relative to the aperture which allows the respective flange to pass though the aperture and the fuel injector to be withdrawn from the casing, and the flanges have respective sealing formations which engage with their neighbouring flanges when the fuel injectors are mounted to the casing to close off the aperture and to form seals between the flanges.
A guidewire comprising: a core shaft; and a coil body that surrounds an outer periphery of the core shaft, wherein a distal region of the guidewire includes a first curved portion that is curved in a first direction, a second curved portion located on a distal end side of the first curved portion, the second curved portion being curved in a second direction, which is different from the first direction, and a third curved portion located on a distal end side of the second curved portion, the third curved portion being curved in a third direction, which is different from the second direction, characterized in that the second curved portion has higher flexibility than the first curved portion and the third curved portion. a core shaft; and a coil body that surrounds an outer periphery of the core shaft, wherein a distal region of the guidewire includes a first curved portion that is curved in a first direction, a second curved portion located on a distal end side of the first curved portion, the second curved portion being curved in a second direction, which is different from the first direction, and a third curved portion located on a distal end side of the second curved portion, the third curved portion being curved in a third direction, which is different from the second direction, characterized in that the second curved portion has higher flexibility than the first curved portion and the third curved portion. a first curved portion that is curved in a first direction, a second curved portion located on a distal end side of the first curved portion, the second curved portion being curved in a second direction, which is different from the first direction, and a third curved portion located on a distal end side of the second curved portion, the third curved portion being curved in a third direction, which is different from the second direction, characterized in that the second curved portion has higher flexibility than the first curved portion and the third curved portion.
Filling element assembly for the pressureless or pressure-imposed free jet filling of containers with a fluid filling product, comprising at least one filling element with at least one filling element housing, which comprises at least one dispensing opening for dispensing the filling product into the respective container, with a fluid valve for controlling the dispensing of the filling product, wherein the fluid valve comprises at least one valve housing, which comprises on the side facing towards the dispensing opening a mouth opening, wherein, provided in the valve housing are a fluid channel through which the fluid filling product flows during the filling, and a valve body, and wherein, in order to control the dispensing of the filling product, the valve body can be moved inside the valve housing between a closed position and an open position, wherein at least one return gas channel is formed between the filling element housing and the valve housing, that the filling element housing comprises a first fixed-position filling element housing section (16.1), and a second filling element housing section (16.2) which can be moved relative to the first along a filling element axis between a raised position and a lowered position, wherein provided between the first and second filling element housing sections (16.1, 16.2) is a housing wall section (16.3), which is formed such as to surround the valve housing in a gas-tight fit when leaving the at least one return gas channel along the filling element axis, and wherein the second filling element housing section (16.2) forms the dispensing opening, with at least one sealing device, wherein the sealing device, at least in the raised position is in contact in a sealing position at the valve housing, surrounding the mouth opening of the valve housing, and thereby closes the return gas channel in a gas-tight and/or fluid-tight seal, wherein the second filling element housing section (16.2) comprises a first contact side (16.2.1) facing towards the mouth opening, as well as a second contact side (16.2.2) facing towards a container mouth (3.1), characterised in that the housing wall section (16.3) is configured so as to be extendible, and that the sealing device is provided at both the first and also at the second contact side (16.2.1, 16.2.2), and is arranged such that in the raised position it is in contact surrounding the mouth opening in a sealing position, and in the lowered position it is in contact with the container mouth (3.1) a sealing position.
Lamp having at least one solid state light source, wherein the solid state light source is a light emitting diode or a solid state laser mounted on a carrier; an at least partially translucent vessel which encloses the light source and the carrier in a gas-tight manner, and a filling gas enclosed in the vessel, the filling gas being a mixture of at least one gas with high thermal conductivity and at least one gas with a different physical property, the gas with high thermal conductivity being selected from the group consisting of helium and hydrogen, characterized in that the proportion of the gas with high thermal conductivity ranges from 1 to 80% in the filling gas mixture.