mhurhangee/ep-ind-claims huggingface dataset:
A coolant control valve unit, comprising: a rod at one side of a valve, the valve opening and closing a coolant passage; a cap at which a rod groove is provided into which one end of the rod is inserted; a cap elastic member inserted inside the rod groove to elastically support one end of the rod outwardly; a cam with one surface on which a driving axle is connected and another surface on which at least one pressing surface is provided in a rotational direction with respect to a rotational center portion; and a valve elastic member elastically supporting the valve on one side so that the cap contacts with the pressing surface, wherein a stopper is provided protruding from a side surface of the rod at an insertion portion of the rod groove, and wherein a stopper groove into which the stopper is inserted is provided at an inner circumference of the cap. a rod at one side of a valve, the valve opening and closing a coolant passage; a cap at which a rod groove is provided into which one end of the rod is inserted; a cap elastic member inserted inside the rod groove to elastically support one end of the rod outwardly; a cam with one surface on which a driving axle is connected and another surface on which at least one pressing surface is provided in a rotational direction with respect to a rotational center portion; and a valve elastic member elastically supporting the valve on one side so that the cap contacts with the pressing surface, wherein a stopper is provided protruding from a side surface of the rod at an insertion portion of the rod groove, and wherein a stopper groove into which the stopper is inserted is provided at an inner circumference of the cap.
Sensor guide wire for intravascular measurements of physiological variables in a living body or of external signals, which sensor guide wire has a proximal i region, distal sensor region; and a tip region, the sensor guide wire comprises a core wire having a longitudinal axis parallel to the longitudinal axis of the sensor guide wire, and a sensor element arranged in the distal sensor region, the sensor element has a sensitive portion facing the distal or proximal direction of the sensor guide wire for measuring the physiological variable/external signal and to generate a sensor signal in response to said variable/external signal, and the sensor element is provided with a through-going opening in the perpendicular direction with regard to the main surface, wherein said sensor element is mounted in relation to the core wire such that said core wire extends through said through-going opening and such that the plane of the sensor element is essentially perpendicular to the longitudinal axis of the core wire; wherein said sensor element has an essentially planar main surface and has its maximal extension in the plane of the main surface, and a thickness perpendicular to the plane of the main surface, wherein the sensor element is arranged in an essentially perpendicular relation to said core wire with regard to the planar main surface of the sensor element.
A patient interface (5010; 5610; 6010; 6510) for delivering breathable gas to a patient comprising: a nasal pillows assembly (20; xx20) adapted to form a seal with a patient's nose; and wherein the nasal pillows assembly (20; xx20) comprises a pair of nasal pillows (24; xx24) and a gusset (25g-6) adapted to provide contact with the patient's upper lip when worn, wherein each pillow (24; xx24) includes (i) a wall of pillow region (25g-1), (ii) an attachment of pillow to stalk region (25g-2), (iii) a stalk region (25g-3) and (iv) an attachment of stalk to platform region (25g-4), and wherein the gusset (25g-6) includes (v) a platform region (25g-8) and (vi) a gusset or base region (25g-6); and further wherein (i) the wall of pillow region (25g-1) is a flexing region, (ii) the attachment of pillow to stalk region (25g-2) is a flexing region, (iii) the stalk region (25g-3) is a flexing region, (iv) the attachment of stalk to platform region (25g-4) is a flexing region, (v) the nasal pillow assembly includes an additional flexing region (25g-5) located on the platform region (25g-8), wherein the additional flexing region (25g-5) is adapted to bend when the pillow is compressed, and wherein (vi) the gusset or base region (25g-6) is a flexing region. a nasal pillows assembly (20; xx20) adapted to form a seal with a patient's nose; and wherein the nasal pillows assembly (20; xx20) comprises a pair of nasal pillows (24; xx24) and a gusset (25g-6) adapted to provide contact with the patient's upper lip when worn, wherein each pillow (24; xx24) includes (i) a wall of pillow region (25g-1), (ii) an attachment of pillow to stalk region (25g-2), (iii) a stalk region (25g-3) and (iv) an attachment of stalk to platform region (25g-4), and wherein the gusset (25g-6) includes (v) a platform region (25g-8) and (vi) a gusset or base region (25g-6); and further wherein (i) the wall of pillow region (25g-1) is a flexing region, (ii) the attachment of pillow to stalk region (25g-2) is a flexing region, (iii) the stalk region (25g-3) is a flexing region, (iv) the attachment of stalk to platform region (25g-4) is a flexing region, (v) the nasal pillow assembly includes an additional flexing region (25g-5) located on the platform region (25g-8), wherein the additional flexing region (25g-5) is adapted to bend when the pillow is compressed, and wherein (vi) the gusset or base region (25g-6) is a flexing region. (i) the wall of pillow region (25g-1) is a flexing region, (ii) the attachment of pillow to stalk region (25g-2) is a flexing region, (iii) the stalk region (25g-3) is a flexing region, (iv) the attachment of stalk to platform region (25g-4) is a flexing region, (v) the nasal pillow assembly includes an additional flexing region (25g-5) located on the platform region (25g-8), wherein the additional flexing region (25g-5) is adapted to bend when the pillow is compressed,
A method for monitoring a wind turbine, comprising: measuring acceleration with a fiber-optic acceleration sensor in a rotor blade of the wind turbine; opto-electronically converting an acceleration signal of the fiber-optic acceleration sensor; and filtering the opto-electronically converted acceleration signal with an analog anti-aliasing filter having a cutoff frequency from 10 Hz to 40 Hz. measuring acceleration with a fiber-optic acceleration sensor in a rotor blade of the wind turbine; opto-electronically converting an acceleration signal of the fiber-optic acceleration sensor; and filtering the opto-electronically converted acceleration signal with an analog anti-aliasing filter having a cutoff frequency from 10 Hz to 40 Hz.
A device, comprising: a fixation head engaged to a flexible shaft, the head and flexible shaft being sized to be received by an extendable carrier of a delivery instrument, the head being sized to be secured within a.catch of the delivery instrument, the flexible: shaft including a first protrusion and a second protrusion each extending from the flexible shaft and each being angled relative to a longitudinal axis of the flexible shaft; and a sling material engaged to the flexible shaft of the device and including a distal end having an angle equal to the angle formed by the first and second protrusions of the flexible shaft, the first and second protrusions collectively encapsulating the distal end of the sling material. a fixation head engaged to a flexible shaft, the head and flexible shaft being sized to be received by an extendable carrier of a delivery instrument, the head being sized to be secured within a.catch of the delivery instrument, the flexible: shaft including a first protrusion and a second protrusion each extending from the flexible shaft and each being angled relative to a longitudinal axis of the flexible shaft; and a sling material engaged to the flexible shaft of the device and including a distal end having an angle equal to the angle formed by the first and second protrusions of the flexible shaft, the first and second protrusions collectively encapsulating the distal end of the sling material.
A method of composing a video frame for a rendering device from a video stream, characterized in that the method comprises: - obtaining a first information from the video stream, said first information being representative of a size and a position of a first area of a source video frame obtained from the video stream, - in case the rendering device is an immersive video rendering device: • obtaining a second information from the video stream, said second information being representative of a type of a layout, a field of view of said first area, a size of a second area and a reference direction; wherein said layout is based on an immersive mapping belonging to a set of immersive mapping comprising: equirectangular mapping, cube mapping and pyramidal mapping; • building a mapped surface according to said first and second information and using said source video frame, • composing the video frame with a portion of said mapped surface; - in other case, composing said video frame with said first area. - obtaining a first information from the video stream, said first information being representative of a size and a position of a first area of a source video frame obtained from the video stream, - in case the rendering device is an immersive video rendering device: • obtaining a second information from the video stream, said second information being representative of a type of a layout, a field of view of said first area, a size of a second area and a reference direction; wherein said layout is based on an immersive mapping belonging to a set of immersive mapping comprising: equirectangular mapping, cube mapping and pyramidal mapping; • building a mapped surface according to said first and second information and using said source video frame, • composing the video frame with a portion of said mapped surface; • obtaining a second information from the video stream, said second information being representative of a type of a layout, a field of view of said first area, a size of a second area and a reference direction; wherein said layout is based on an immersive mapping belonging to a set of immersive mapping comprising: equirectangular mapping, cube mapping and pyramidal mapping; • building a mapped surface according to said first and second information and using said source video frame, • composing the video frame with a portion of said mapped surface; - in other case, composing said video frame with said first area.
A method for use in a network node, the method comprising: obtaining range information for a wireless device in communication with the network node; obtaining direction information for the wireless device; estimating a movement of the wireless device based on the range information, the direction information, and an interactive multiple modeling, IMM, filter, wherein the IMM filter comprises a three-dimensional, 3D, constant velocity model, a 3D constant acceleration model, and a 3D constant position model; and determining the wireless device comprises an aerial vehicle based on the estimated movement. obtaining range information for a wireless device in communication with the network node; obtaining direction information for the wireless device; estimating a movement of the wireless device based on the range information, the direction information, and an interactive multiple modeling, IMM, filter, wherein the IMM filter comprises a three-dimensional, 3D, constant velocity model, a 3D constant acceleration model, and a 3D constant position model; and determining the wireless device comprises an aerial vehicle based on the estimated movement.
Housing for an electronic device, comprising, - at least one damping unit with at least one damping element which can be moved between a retracted position and an extended position, the damping element comprising a spring and a damper and a damper - at least one sensor for detecting a falling process of the electrical device, - a release unit by means of which the damping unit can be moved from the retracted position into the extended position, - wherein the spring and the damper undergo a change in shape during the movement from the retracted position to the extended position, characterised in that - the release unit contains an actuator with a wire (21, 21') made of a shape memory alloy, - wherein the wire (21, 21') is fixed to two actuator bearings (22, 28) and has a bend with a bend angle between 0° and 180°, which influences the deflection and the force of the actuator. - at least one damping unit with at least one damping element which can be moved between a retracted position and an extended position, the damping element comprising a spring and a damper and a damper - at least one sensor for detecting a falling process of the electrical device, - a release unit by means of which the damping unit can be moved from the retracted position into the extended position, - wherein the spring and the damper undergo a change in shape during the movement from the retracted position to the extended position, - the release unit contains an actuator with a wire (21, 21') made of a shape memory alloy, - wherein the wire (21, 21') is fixed to two actuator bearings (22, 28) and has a bend with a bend angle between 0° and 180°, which influences the deflection and the force of the actuator.
Renovation packer for at least partial renovation of elements and in particular pipes with a resilient basic body, which is expandable at least in some sections by the application of a flowable medium, and with a heating device for heating at least one section of the renovation packer, wherein the heating device has a feed connection for feeding a flowable medium to the renovation packer for heating thereof, wherein the renovation packer has an outlet opening for discharging the flowable medium from the renovation packer, wherein end faces close the resilient main body, so that the only openings are the feed connection and the outlet opening, and wherein the renovation packer has at least one valve device which is arranged by or at the outlet opening, so that the renovation packer is acted upon by a specific pressure and the valve device only opens when a specific limiting pressure is exceeded, in order to discharge the flowable medium again from the renovation packer.
An extruded 3D printer input including a 1 - 5 mm filament, wherein the input contains materials, composites and/or mixtures thereof separated into layers or cross sections, characterized in that the cross-section of the input is made by microlayer coextrusion, and in that the cross-section of the input comprises microlayer coextrusion of 5 to 20 layers, or of 10 to 20 layers, or of 20 to 100 layers, or of 100 to 1000 layers, or of 1000 to tens of thousands of layers, or of tens of thousands to hundreds of thousands of layers.
A method for etching a magnetic tunneling junction structure comprising: providing a MTJ stack on a substrate; depositing a metal hard mask layer having a first thickness on said MTJ stack; depositing a dielectric hard mask layer on said metal hard mask layer; forming a hybrid hard mask on said dielectric hard mask layer wherein said hybrid hard mask comprises a plurality of spin-on carbon layers alternating with a plurality of spin-on silicon layers wherein a topmost layer of said hybrid hard mask is a silicon layer; forming a photo resist pattern on said hybrid hard mask; first etching said topmost silicon layer of said hybrid hard mask where is it not covered by said photo resist pattern using a first etching chemistry; thereafter second etching said hybrid hard mask where it is not covered by said photo resist pattern wherein said photoresist pattern is etched away using a second etching chemistry; and thereafter etching said dielectric hard mask, said metal hard mask, and said MTJ stack where they are not covered by said hybrid hard mask to form a MTJ device and overlying top electrode wherein said metal hard mask layer remaining has a second thickness no less than 80% of said first thickness. providing a MTJ stack on a substrate; depositing a metal hard mask layer having a first thickness on said MTJ stack; depositing a dielectric hard mask layer on said metal hard mask layer; forming a hybrid hard mask on said dielectric hard mask layer wherein said hybrid hard mask comprises a plurality of spin-on carbon layers alternating with a plurality of spin-on silicon layers wherein a topmost layer of said hybrid hard mask is a silicon layer; forming a photo resist pattern on said hybrid hard mask; first etching said topmost silicon layer of said hybrid hard mask where is it not covered by said photo resist pattern using a first etching chemistry; thereafter second etching said hybrid hard mask where it is not covered by said photo resist pattern wherein said photoresist pattern is etched away using a second etching chemistry; and thereafter etching said dielectric hard mask, said metal hard mask, and said MTJ stack where they are not covered by said hybrid hard mask to form a MTJ device and overlying top electrode wherein said metal hard mask layer remaining has a second thickness no less than 80% of said first thickness.
A method of increasing the substantivity of a personal care composition to hair, skin or nails comprising: preparing a composition that comprises an aqueous phase, a non-aqueous phase and a neutralized amino acid ester chosen from leucine isostearyl ester esylate (LIEE), brassicyl L-isoleucine esylate (BLIE) or a combination thereof, and wherein the composition is substantially free of petrochemicals and/or derivatives of petrochemical materials, and the aqueous phase and the non-aqueous phase are emulsified by the neutralized amino acid ester; and applying the personal care composition to a surface of hair, skin or nails, wherein the composition exhibits increased substantivity on the surface relative to the substantivity of a composition that does not contain the amino acid ester and which is substantially free of petrochemicals and/or derivatives of petrochemical materials. preparing a composition that comprises an aqueous phase, a non-aqueous phase and a neutralized amino acid ester chosen from leucine isostearyl ester esylate (LIEE), brassicyl L-isoleucine esylate (BLIE) or a combination thereof, and wherein the composition is substantially free of petrochemicals and/or derivatives of petrochemical materials, and the aqueous phase and the non-aqueous phase are emulsified by the neutralized amino acid ester; and applying the personal care composition to a surface of hair, skin or nails, wherein the composition exhibits increased substantivity on the surface relative to the substantivity of a composition that does not contain the amino acid ester and which is substantially free of petrochemicals and/or derivatives of petrochemical materials.
A compound for use in the treatment of ischemic injury in the central nervous system, wherein the compound comprises a caspase inhibitor covalently conjugated to a cell-penetrating peptide and wherein the compound is administered intranasally, wherein said caspase inhibitor is selected from the group consisting of: (i) a caspase-6 dominant negative (C6DN), (ii) XBIR3, and (iii) a peptide that is capable of apoptotic target inhibition and has at least 70% homology with either a C6DN or a XBIR3; and said cell-penetrating peptide is selected from the group consisting of penetratin-1, transportan, pIS1, Tat, pVEC, MAP, and MTS. (i) a caspase-6 dominant negative (C6DN), (ii) XBIR3, and (iii) a peptide that is capable of apoptotic target inhibition and has at least 70% homology with either a C6DN or a XBIR3; and
System for installation and electrical connection of a headrest on a backrest of a motor vehicle seat, said system comprising: - a tubular rod for assembly of said head rest on said seat back, said rod being designed to project downwards from a cushion of said head rest, - a sleeve into which said rod fits by sliding, to enable adjustment of the height of said head rest, said sleeve being designed to be fitted onto said back, - a first electrical connector that engages into the free end of said rod, said connector having a cross-section similar to that of said rod so as to extend said rod downwards, said first connector projecting downwards from said sleeve, - a first network of wires output from said first connector and passing into said rod to bring a power supply to an electrical device located in said cushion, - a second electrical connector fitted onto said first connector, - a second network of wires derived form said second connector that will be connected to a current generator outside said head rest, said system being characterised in that it also comprises a locking device, said device being engaged on said first connector and extending radially beyond said first connector so as to prevent said rod from being pulled upwards out of said sleeve. - a tubular rod for assembly of said head rest on said seat back, said rod being designed to project downwards from a cushion of said head rest, - a sleeve into which said rod fits by sliding, to enable adjustment of the height of said head rest, said sleeve being designed to be fitted onto said back, - a first electrical connector that engages into the free end of said rod, said connector having a cross-section similar to that of said rod so as to extend said rod downwards, said first connector projecting downwards from said sleeve, - a first network of wires output from said first connector and passing into said rod to bring a power supply to an electrical device located in said cushion, - a second electrical connector fitted onto said first connector, - a second network of wires derived form said second connector that will be connected to a current generator outside said head rest,
A housing comprising: a substrate comprising a metal area; a slot defined in the metal area of the substrate and penetrating through the substrate in a thickness direction thereof; and a filling layer received in the slot and comprising an insulating layer and a paint layer on the insulating layer, wherein the paint layer has a width larger than the insulating layer. a substrate comprising a metal area; a slot defined in the metal area of the substrate and penetrating through the substrate in a thickness direction thereof; and a filling layer received in the slot and comprising an insulating layer and a paint layer on the insulating layer, wherein the paint layer has a width larger than the insulating layer.
A component carrier (100-1100, 1400) with integrated magnetic field sensor, wherein the component carrier comprises: a plurality of electrically conductive layer structures and/or electrically insulating layer structures; an excitation coil and sensor coils (105, 107) arranged on and/or in the layer structures; a first magnetic structure above the excitation coil and sensor coils; a second magnetic structure below the excitation coil and sensor coils, wherein the magnetic field sensor is configured to measure a magnetic field or magnetic flux in at least one direction, wherein at least the excitation coil and the sensor coils are present, to achieve the magnetic field sensor as a flux gate sensor. a plurality of electrically conductive layer structures and/or electrically insulating layer structures; an excitation coil and sensor coils (105, 107) arranged on and/or in the layer structures; a first magnetic structure above the excitation coil and sensor coils; a second magnetic structure below the excitation coil and sensor coils, wherein the magnetic field sensor is configured to measure a magnetic field or magnetic flux in at least one direction, wherein at least the excitation coil and the sensor coils are present, to achieve the magnetic field sensor as a flux gate sensor.