mhurhangee/patent-ind-claim-en huggingface dataset:
A gas turbine engine having a rotor, the rotor comprising: a rotor disk ; and a plurality of blades extending radially outward from the rotor disk , at least one blade having a physical nonuniformity, the blades being distributed about the rotor disk based on any physical nonuniformities of the blades to generate at least one decay-resistant harmonic; characterized by an acoustic liner positioned proximate to the rotor and configured to attenuate the at least one decay-resistant harmonic; wherein all the blades are configured to generate a single dominant decay-resistant harmonic and the acoustic liner is configured to attenuate the single dominant decay-resistant harmonic. a rotor disk ; and a plurality of blades extending radially outward from the rotor disk , at least one blade having a physical nonuniformity, the blades being distributed about the rotor disk based on any physical nonuniformities of the blades to generate at least one decay-resistant harmonic; characterized by an acoustic liner positioned proximate to the rotor and configured to attenuate the at least one decay-resistant harmonic; wherein all the blades are configured to generate a single dominant decay-resistant harmonic and the acoustic liner is configured to attenuate the single dominant decay-resistant harmonic.
A cell comprising: a strained continuous oxide definition, OD, region defined in a substrate; a gate for a transistor between a first dummy gate and a second dummy gate , wherein a source for the transistor is defined in a first portion of the strained continuous OD region between the gate and the first dummy gate , and wherein a drain for the transistor is defined in a second portion of the strained continuous OD region between the gate and a first side of the second dummy gate ; a first gate-directed local interconnect coupled to a third portion of the strained continuous OD region adjacent a second opposing side of the second dummy gate ; a first diffusion-directed local interconnect configured to couple the first gate-directed local interconnect to the second dummy gate ; and a first via configured to couple the first diffusion-directed local interconnect to a source voltage interconnect in a metal layer adjacent the substrate. a strained continuous oxide definition, OD, region defined in a substrate; a gate for a transistor between a first dummy gate and a second dummy gate , wherein a source for the transistor is defined in a first portion of the strained continuous OD region between the gate and the first dummy gate , and wherein a drain for the transistor is defined in a second portion of the strained continuous OD region between the gate and a first side of the second dummy gate ; a first gate-directed local interconnect coupled to a third portion of the strained continuous OD region adjacent a second opposing side of the second dummy gate ; a first diffusion-directed local interconnect configured to couple the first gate-directed local interconnect to the second dummy gate ; and a first via configured to couple the first diffusion-directed local interconnect to a source voltage interconnect in a metal layer adjacent the substrate.
System for supplying energy to and controlling a plurality of intelligent drives of window casements, ventilation flaps, doors and/or the like, wherein the intelligent drives are each provided with integrated control electronics and are networked to one another via at least one bus , via which the drives can communicate with one another and are connected to the sensors, buttons and/or the like, and at least one electrical energy supply unit, in particular a common electrical energy supply unit, is assigned to the drives , sensors, buttons and/or the like, and wherein the intelligent drives networked to one another can be completely disconnected from the electrical energy supply unit in order to reduce the energy consumption in the standby mode and can be woken up again and can be connected to the electrical energy supply unit again via the sensors, buttons and/or the like, characterized in that the intelligent drives networked to one another can be completely disconnected from the electrical energy supply unit and can be connected to the latter again via at least one switching unit which can be controlled by the sensors, buttons and/or the like, wherein the sensors, buttons and/or the like are also connected to the electrical energy supply device during the standby mode of the intelligent drives .
Plate-like backing pad adapted for releasable attachment to a hand-held polishing or sanding power tool , the backing pad comprising - a center axis , - a top surface , - a damping layer made of resilient plastic material and attached to the top surface , - an even bottom layer attached to a bottom surface of the damping layer and adapted for releasable attachment of a polishing or sanding member , and - an attachment member provided on the top surface and adapted for releasable attachment to a corresponding attachment element of the hand-held power tool , in particular of a tool shaft or an eccentric element of the hand-held power tool , wherein the top surface of the backing pad has a central region extending around the center axis and an external region surrounding the central region , characterized in that the central region is recessed in respect to the surrounding external region , and that the attachment member is provided in the recessed central region of the top surface with the center axis extending through the attachment member and at least part of the central region surrounding the attachment member . - a center axis , - a top surface , - a damping layer made of resilient plastic material and attached to the top surface , - an even bottom layer attached to a bottom surface of the damping layer and adapted for releasable attachment of a polishing or sanding member , and - an attachment member provided on the top surface and adapted for releasable attachment to a corresponding attachment element of the hand-held power tool , in particular of a tool shaft or an eccentric element of the hand-held power tool , wherein the top surface of the backing pad has a central region extending around the center axis and an external region surrounding the central region , characterized in that the central region is recessed in respect to the surrounding external region , and that the attachment member is provided in the recessed central region of the top surface with the center axis extending through the attachment member and at least part of the central region surrounding the attachment member . wherein the top surface of the backing pad has a central region extending around the center axis and an external region surrounding the central region , characterized in that the central region is recessed in respect to the surrounding external region , and that the attachment member is provided in the recessed central region of the top surface with the center axis extending through the attachment member and at least part of the central region surrounding the attachment member .
A circuit interrupter comprising: a fixed terminal including a fixed contact ; a movable contactor which is formed as a separate part from the fixed terminal , includes a movable contact , and has a plate shape; a holding unit configured to hold the movable contactor so that the movable contact is connected to the fixed contact ; a first yoke secured to an opposite surface of the movable contactor from a surface where the movable contact is positioned; a second yoke secured to a position facing the first yoke , with the movable contactor in-between, and with the second yoke being separated from the movable contactor ; a squib configured to generate gas by combustion; a pressurized chamber for receiving pressure of the gas by the squib ; and a piston including a first end for receiving pressure inside the pressurized chamber which causes movement of the piston and a second end for providing a force in a direction separating the movable contactor from the fixed terminal to the movable contactor which causes movement of the movable contactor ; wherein the second end of the piston in contact with the second yoke is configured to move the second yoke to separate the movable contactor from the fixed terminal . a fixed terminal including a fixed contact ; a movable contactor which is formed as a separate part from the fixed terminal , includes a movable contact , and has a plate shape; a holding unit configured to hold the movable contactor so that the movable contact is connected to the fixed contact ; a first yoke secured to an opposite surface of the movable contactor from a surface where the movable contact is positioned; a second yoke secured to a position facing the first yoke , with the movable contactor in-between, and with the second yoke being separated from the movable contactor ; a squib configured to generate gas by combustion; a pressurized chamber for receiving pressure of the gas by the squib ; and a piston including a first end for receiving pressure inside the pressurized chamber which causes movement of the piston and a second end for providing a force in a direction separating the movable contactor from the fixed terminal to the movable contactor which causes movement of the movable contactor ; wherein the second end of the piston in contact with the second yoke is configured to move the second yoke to separate the movable contactor from the fixed terminal .
Apod (150; 301; 484; 502) for forming a cold food or drink, the pod comprising: a body with an axis, an open first end , a closed second end opposite the first end, and a sidewall extending from the first end to define an interior cavity of the body closed at the second end, the first end and the second end of the body each having a radius that is less than an average radius of the body; a mixing paddle (160; 486; 510; 520; 540; 560; 578; 584; 590; 600; 606; 626; 636; 633; 655; 675; 680) with at least one blade (230; 490; 512; 522; 542; 562; 580; 586; 592; 602; 608; 628; 638; 657; 679) extending a distance farther from the axis of the body that is greater than the radius of the open first end of the body, the mixing paddle configured for insertion, during manufacturing of the pod (150; 301; 484; 502), through the open first end and disposed in the interior cavity of the body; and a base extending across the open first end of the body and configured to close, during manufacturing, the open first end of the body , the base sealed to the sidewall of the body. a body with an axis, an open first end , a closed second end opposite the first end, and a sidewall extending from the first end to define an interior cavity of the body closed at the second end, the first end and the second end of the body each having a radius that is less than an average radius of the body; a mixing paddle (160; 486; 510; 520; 540; 560; 578; 584; 590; 600; 606; 626; 636; 633; 655; 675; 680) with at least one blade (230; 490; 512; 522; 542; 562; 580; 586; 592; 602; 608; 628; 638; 657; 679) extending a distance farther from the axis of the body that is greater than the radius of the open first end of the body, the mixing paddle configured for insertion, during manufacturing of the pod (150; 301; 484; 502), through the open first end and disposed in the interior cavity of the body; and a base extending across the open first end of the body and configured to close, during manufacturing, the open first end of the body , the base sealed to the sidewall of the body.
Locking/unlocking device for a mudguard of vehicles , comprising - at least one fixing ring provided with an annular portion and a base delimiting a cylindrical seat of longitudinal axis (X-X), adapted to accommodate a support rod for said mudguard , - the base being provided with fixing means to said mudguard , wherein said fixing means comprise a slide , adapted to make a shape coupling with a guide of said mudguard , and stop means of said slide on the guide , - the annular portion being constrained to the base at a hinging end and a closing end , opposite the hinging end with respect to the cylindrical seat , - wherein said hinging end comprises a pin defining a hinge axis (Y-Y) parallel to said longitudinal axis (X-X), said pin comprising at least one abutment made in a single piece with the base and rotatably housed within a rotation seat , counter-shaped, made in a single piece with the annular portion . - at least one fixing ring provided with an annular portion and a base delimiting a cylindrical seat of longitudinal axis (X-X), adapted to accommodate a support rod for said mudguard , - the base being provided with fixing means to said mudguard , wherein said fixing means comprise a slide , adapted to make a shape coupling with a guide of said mudguard , and stop means of said slide on the guide , - the annular portion being constrained to the base at a hinging end and a closing end , opposite the hinging end with respect to the cylindrical seat , - wherein said hinging end comprises a pin defining a hinge axis (Y-Y) parallel to said longitudinal axis (X-X), said pin comprising at least one abutment made in a single piece with the base and rotatably housed within a rotation seat , counter-shaped, made in a single piece with the annular portion .
A node B in a communication network, wherein the node B is configured to: transmit, to a user equipment, UE , information for inter-frequency measurement including frequencies, an indication indicating that the frequencies are configured for relaxed measurement, and a scaling factor for scaling a time period for the inter-frequency measurement; and receive, from the UE , a measurement report including a measurement result which is based on the information, wherein the time period is scaled based on the scaling factor, and the time period for the relaxed measurement is different from a time period for normal measurement. transmit, to a user equipment, UE , information for inter-frequency measurement including frequencies, an indication indicating that the frequencies are configured for relaxed measurement, and a scaling factor for scaling a time period for the inter-frequency measurement; and receive, from the UE , a measurement report including a measurement result which is based on the information, wherein the time period is scaled based on the scaling factor, and the time period for the relaxed measurement is different from a time period for normal measurement.
Device for processing plant parts on a ground surface , comprising a carrying device via which the device can be moved back and forth between a raised inoperative position and a lowered operating position and is held on the floor surface in the operating position with a contact pressure, at least one rotatably mounted working element , the axis of rotation of which is inclined at an angle dimension to the vertical (V) when the device is in the operating position, a number of processing tools being attached to the working element , which tools, in the operating position of the device during a revolution of the working element , rotate in a first circular arc segment with ground contact and in a second circular arc segment without ground contact, a number of support arms being formed on the working element , which arms extend from the axis of rotation in the radial direction, one or more processing tools each being attached to a support arm , and the support arms having a flexibility over their overall length in the axial direction of the axis of rotation and/or the support of the support arms by means of which the support arm is spring-compressed in the operating position of the device with the associated processing tool placed on the ground surface under the effect of the contact pressure in the first circular arc segment , and the processing tool having, on at least one side, a working edge which is rigid in a working plane and, in the operating position of the device , is held in the first circular arc segment parallel to the ground surface under the contact pressure acting on the associated support arm and is held in the second circular arc segment without contact with the ground surface when the support arm is unloaded and extended, characterized in that the support arms , which are designed to be flexible, and/or the flexible support of the support arms , on which the processing tools are held, change the shape of the covering circle when a working element moves over a ground surface under the effect of a contact pressure in the first circular arc segment and the relevant support arms are thereby raised in relation to the axis of rotation of the working element .
Fluid line having a tube composed of a multilayered plastics material, wherein the tube surrounds an interior space , characterized in that the tube has an inner, first layer of polyamide 9T (PA9T), a second layer of polyamide 12 (PA12), which extends around the first layer , a third layer of polyamide 612 (PA612), which extends around the second layer , a fourth layer of polyamide 6 (PA6), which extends around the third layer , and an outer, fifth layer of polyamide 612 (PA612), wherein the inner, first layer delimits the interior space .
A tire comprising, in a tread surface (T), a tread land portion partitioned by a partitioning groove or by the partitioning groove and a tread edge (TE), wherein the tread land portion includes a sipe extending from a surface of the tread land portion inwardly in a tire radial direction (A), the sipe includes a widened portion with a larger sipe width than a position adjacent in a sipe longitudinal direction (D), and a cross-sectional area of the widened portion in cross section perpendicular to the tire radial direction (A) is larger on inside than on outside in the tire radial direction (A), wherein the widened portion includes at least two tubular portions extending from a bottom of the sipe outwardly in the tire radial direction (A) at different positions in the sipe longitudinal direction (D), and wherein a cross-sectional area of at least one of the tubular portions in cross section perpendicular to the tire radial direction (A) is larger on inside than on outside in the tire radial direction (A) in such a manner that the sipe width of the entire tubular portion gradually increases from the outside to the inside in the tire radial direction (A). the tread land portion includes a sipe extending from a surface of the tread land portion inwardly in a tire radial direction (A), the sipe includes a widened portion with a larger sipe width than a position adjacent in a sipe longitudinal direction (D), and a cross-sectional area of the widened portion in cross section perpendicular to the tire radial direction (A) is larger on inside than on outside in the tire radial direction (A), wherein the widened portion includes at least two tubular portions extending from a bottom of the sipe outwardly in the tire radial direction (A) at different positions in the sipe longitudinal direction (D), and wherein a cross-sectional area of at least one of the tubular portions in cross section perpendicular to the tire radial direction (A) is larger on inside than on outside in the tire radial direction (A) in such a manner that the sipe width of the entire tubular portion gradually increases from the outside to the inside in the tire radial direction (A).
An absolute humidity difference sensor (1;2) for detecting an absolute humidity difference between a first detection air and a second detection air existing at a position different from a position of the first detection air, the absolute humidity difference sensor (1;2) comprising: a first humidity detection sensor (S1) that includes a first detection chamber , a first heat-sensitive element (s1) housed in the first detection chamber , a first ventilation window (h1) through which the first detection air is supplied to the first detection chamber , and a first reference element (t1) configured to generate a reference signal of absolute humidity; and a second humidity detection sensor (S2) that includes a second detection chamber adjacent to the first detection chamber , a second heat-sensitive element (s2) housed in the second detection chamber , a second ventilation window (h2) through which the second detection air is supplied to the second detection chamber , and a second reference element (t2) configured to generate a reference signal of absolute humidity. a first humidity detection sensor (S1) that includes a first detection chamber , a first heat-sensitive element (s1) housed in the first detection chamber , a first ventilation window (h1) through which the first detection air is supplied to the first detection chamber , and a first reference element (t1) configured to generate a reference signal of absolute humidity; and a second humidity detection sensor (S2) that includes a second detection chamber adjacent to the first detection chamber , a second heat-sensitive element (s2) housed in the second detection chamber , a second ventilation window (h2) through which the second detection air is supplied to the second detection chamber , and a second reference element (t2) configured to generate a reference signal of absolute humidity.
A method for identifying a cancer patient for treatment with a NEDD8-activating enzyme (NAE) inhibitor comprising: a) determining a mutational status of at least one marker gene in a sample comprising tumor cells obtained from the cancer patient, wherein the at least one marker gene is a tumor suppressor in a cullin ring ligase pathway; b) determining whether the mutational status is indicative of a favorable outcome of treatment with the NAE inhibitor, wherein the NAE inhibitor is ( -4-{4-[ -2,3-dihydro-1H-inden-1-ylamino]-7H-pyrrolo[2,3-d]pyrimidin-7-yl}-2-hydroxycyclopentyl)methyl sulphamate; and c) identifying the patient for treatment with the NAE inhibitor if the mutational status indicates a favorable outcome of treatment with the NAE inhibitor; wherein the at least one marker gene is selected from the group consisting of TP53, CDKN2A, CDKN2A_p14 and APC. a) determining a mutational status of at least one marker gene in a sample comprising tumor cells obtained from the cancer patient, wherein the at least one marker gene is a tumor suppressor in a cullin ring ligase pathway; b) determining whether the mutational status is indicative of a favorable outcome of treatment with the NAE inhibitor, wherein the NAE inhibitor is ( -4-{4-[ -2,3-dihydro-1H-inden-1-ylamino]-7H-pyrrolo[2,3-d]pyrimidin-7-yl}-2-hydroxycyclopentyl)methyl sulphamate; and c) identifying the patient for treatment with the NAE inhibitor if the mutational status indicates a favorable outcome of treatment with the NAE inhibitor;