mhurhangee/ep-ind-claims huggingface dataset:
A system comprising a first pressure sensing device (130,132); a second pressure sensing device (130,132); and a processing unit in communication with the first pressure sensing device and the second pressure sensing device, the processing unit configured to: obtain first pressure measurements from the first pressure sensing device (130, 132) within a vessel at a position proximal of a stenosis of the vessel; obtain second pressure measurements from the second pressure sensing device (130, 132) within the vessel as the second pressure sensing device is moved from a position distal of the stenosis to a position proximal of the stenosis; determine an offset between the first pressure measurements and the second pressure measurements obtained with the second pressure sensing device positioned proximal of the stenosis and adjacent the first pressure sensing device after the second pressure sensing device is moved from the position distal of the stenosis to the position proximal of the stenosis; calculate a pressure ratio between the second pressure measurements and the first pressure measurements that automatically corrects for the offset between the first pressure measurements and the second pressure measurements obtained with the second pressure sensing device positioned proximal of the stenosis; and output the calculated pressure ratio to a display. obtain first pressure measurements from the first pressure sensing device (130, 132) within a vessel at a position proximal of a stenosis of the vessel; obtain second pressure measurements from the second pressure sensing device (130, 132) within the vessel as the second pressure sensing device is moved from a position distal of the stenosis to a position proximal of the stenosis; determine an offset between the first pressure measurements and the second pressure measurements obtained with the second pressure sensing device positioned proximal of the stenosis and adjacent the first pressure sensing device after the second pressure sensing device is moved from the position distal of the stenosis to the position proximal of the stenosis; calculate a pressure ratio between the second pressure measurements and the first pressure measurements that automatically corrects for the offset between the first pressure measurements and the second pressure measurements obtained with the second pressure sensing device positioned proximal of the stenosis; and output the calculated pressure ratio to a display.
A system for providing a perspective for a virtual image, comprising: an intraoperative imaging system having a transducer configured to generate an image data set for a region; a shape sensing enabled device being configured to have at least a portion of the shape sensing enabled device positioned relative to the region, the shape sensing enabled device having a coordinate system registered with a coordinate system of the intraoperative imaging system; and an image generation module configured to render a virtual image of at least a portion of the region using the image data set wherein the virtual image includes a vantage point relative to a position on the shape sensing enabled device, characterized in that the position of the intraoperative imaging system is adjustable so that a highest resolution sampling is in-plane and in-direction with the virtual image, or in that the transmit profile of the transducer is adaptable so that the highest resolution direction is in-plane with the virtual image. an intraoperative imaging system having a transducer configured to generate an image data set for a region; a shape sensing enabled device being configured to have at least a portion of the shape sensing enabled device positioned relative to the region, the shape sensing enabled device having a coordinate system registered with a coordinate system of the intraoperative imaging system; and an image generation module configured to render a virtual image of at least a portion of the region using the image data set wherein the virtual image includes a vantage point relative to a position on the shape sensing enabled device, characterized in that the position of the intraoperative imaging system is adjustable so that a highest resolution sampling is in-plane and in-direction with the virtual image, or in that the transmit profile of the transducer is adaptable so that the highest resolution direction is in-plane with the virtual image.
A wristband comprising: a face stock; a protective coating, said protective coating is hydrophobic; a thermal chemical imaging layer positioned between, and adjacent to, said face stock and said protective coating; and an ultraviolet curable antimicrobial coating positioned adjacent to said protective coating, said ultraviolet curable antimicrobial coating supports pass through of direct thermal printing such that indicia can be printed on the thermal chemical imaging layer through said ultraviolet curable antimicrobial coating proximate to said thermal chemical imaging layer. a face stock; a protective coating, said protective coating is hydrophobic; a thermal chemical imaging layer positioned between, and adjacent to, said face stock and said protective coating; and an ultraviolet curable antimicrobial coating positioned adjacent to said protective coating, said ultraviolet curable antimicrobial coating supports pass through of direct thermal printing such that indicia can be printed on the thermal chemical imaging layer through said ultraviolet curable antimicrobial coating proximate to said thermal chemical imaging layer.
A rail vehicle comprising at least one coach body, wherein the coach body has two coach body ends (3, 4) and is supported in the region of the coach body ends (3, 4) in each case on a wheel unit (5, 6), wherein the wheel unit is either a conventional bogie or a Jacob's bogie, and wherein at least one wheel unit (5, 6) is designed to be drivable, and a drive arrangement, the drive arrangement comprising at least one transformer unit, at least one traction motor unit and at least one converter unit, and a primary transformer unit being arranged in the region of the first wheel unit, characterized in that the primary transformer unit is connected in this way to a primary converter unit and a primary traction motor unit in the region of the second wheel unit, the primary traction motor unit in the region of the second wheel unit can be driven by the primary transformer unit in the region of the first wheel unit and the primary converter unit in the region of the second wheel unit, or a primary transformer unit and a primary converter unit are arranged in the region of the first wheel unit, wherein the primary transformer unit and the primary converter unit are connected to the second wheel unit in such a way that the primary traction motor unit can be driven in the region of the second wheel unit by the primary transformer unit and the primary converter unit.
A hot water generator, comprising: a refrigerant circuit formed by annularly connecting, to one another through a refrigerant pipe, a compressor, a first heat exchanger which exchanges heat between refrigerant and water, an expansion valve, and a second heat exchanger which exchanges heat between refrigerant and air; a water circuit formed by connecting, to each other through a water pipe, the first heat exchanger and a pump which sends water to the first heat exchanger under pressure; a fan which blows air into the second heat exchanger; a blowing chamber in which at least the fan is placed; a machine chamber in which at least the compressor is placed; an outer covering body which covers the blowing chamber and the machine chamber; a first connection port through which water flows into the water circuit; and a second connection port through which water flowing through the water circuit flows out, wherein the second connection port is placed at a location higher than the first connection port in a vertical direction, the first heat exchanger is placed at a location lower than the first connection port in the vertical direction, and a suction port and a discharge port of the pump are placed at height which is equal to or higher than the first connection port and which is equal to or lower than the second connection port in the vertical direction, characterized in that a discharge pipe which connects the discharge port of the pump and the first heat exchanger to each other, reaches the highest position of the water circuit. a refrigerant circuit formed by annularly connecting, to one another through a refrigerant pipe, a compressor, a first heat exchanger which exchanges heat between refrigerant and water, an expansion valve, and a second heat exchanger which exchanges heat between refrigerant and air; a water circuit formed by connecting, to each other through a water pipe, the first heat exchanger and a pump which sends water to the first heat exchanger under pressure; a fan which blows air into the second heat exchanger; a blowing chamber in which at least the fan is placed; a machine chamber in which at least the compressor is placed; an outer covering body which covers the blowing chamber and the machine chamber; a first connection port through which water flows into the water circuit; and a second connection port through which water flowing through the water circuit flows out, wherein
A method performed on a computing device (102, 202, 910, 920, 930, 940), the method comprising: obtaining (304, 306) features reflecting mixed speech signals captured by multiple microphones; inputting the features to a neural network, wherein the neural network is trained using permutation invariant training; obtaining masks output by the neural network; applying the masks to at least one of the mixed speech signals captured by at least one of the microphones to obtain two or more separate speaker-specific speech signals; applying the masks by deriving beamformers from the masks and using the beamformers to obtain the two or more separate speaker-specific speech signals; gain adjusting the two or more separate speaker-specific speech signals; and outputting, after the gain adjusting, the two or more separate speaker-specific speech signals. obtaining (304, 306) features reflecting mixed speech signals captured by multiple microphones; inputting the features to a neural network, wherein the neural network is trained using permutation invariant training; obtaining masks output by the neural network; applying the masks to at least one of the mixed speech signals captured by at least one of the microphones to obtain two or more separate speaker-specific speech signals; applying the masks by deriving beamformers from the masks and using the beamformers to obtain the two or more separate speaker-specific speech signals; gain adjusting the two or more separate speaker-specific speech signals; and outputting, after the gain adjusting, the two or more separate speaker-specific speech signals.
A friction stirring processing tool comprising: a pin having a pin body and a rotational axis and being configured to rotate about the rotational axis in a rotational direction; and a radial protrusion protruding radially from the pin body, the radial protrusion having a radially inner edge, a radially outer working edge, and a working surface oriented in the rotational direction; characterized in that the radially inner edge having a first radius from the rotational axis and the radially outer working edge having a second radius from the rotational axis that is greater than the first radius; the working surface extending outward from the radially inner edge to the radially outer edge that define a depth of the working surface in a radial direction; and in that the friction stirring processing tool further comprises: one continuous, curved side surface of the pin body and the protrusion, the curved side surface extending around the rotational axis from the radially outer working edge to the radially inner edge of the radial protrusion; wherein the curved side surface has a radius from the rotational axis that decreases as the curved side surface extends from the radially outer working edge to the radially inner edge. a pin having a pin body and a rotational axis and being configured to rotate about the rotational axis in a rotational direction; and a radial protrusion protruding radially from the pin body, the radial protrusion having a radially inner edge, a radially outer working edge, and a working surface oriented in the rotational direction; characterized in that the radially inner edge having a first radius from the rotational axis and the radially outer working edge having a second radius from the rotational axis that is greater than the first radius; the working surface extending outward from the radially inner edge to the radially outer edge that define a depth of the working surface in a radial direction; and in that the friction stirring processing tool further comprises: one continuous, curved side surface of the pin body and the protrusion, the curved side surface extending around the rotational axis from the radially outer working edge to the radially inner edge of the radial protrusion; wherein the curved side surface has a radius from the rotational axis that decreases as the curved side surface extends from the radially outer working edge to the radially inner edge.
A hanging bird feeder comprising: a hanging attachment that allows a user to hang the feeder; a feed reservoir; a plurality of individual perches arranged around the periphery of the bird feeder and adjacent respective feed-dispensing openings; a plurality of shrouds each connected to respective perches; wherein the perches are biased to rest in a first position where their associated shrouds are not covering their respective openings; the perches are independently moveable under weight to a second position where their respective shrouds are covering their respective openings; and characterized in that the feeder further comprises: a plurality of pivoting members pivotally attached adjacent first ends under the feed reservoir and having free ends that extend under respective perches; wherein the perches are biased to rest in their first position by means of torsion springs acting on the pivoting members and located adjacent the first ends of respective pivoting members. a hanging attachment that allows a user to hang the feeder; a feed reservoir; a plurality of individual perches arranged around the periphery of the bird feeder and adjacent respective feed-dispensing openings; a plurality of shrouds each connected to respective perches; wherein the perches are biased to rest in a first position where their associated shrouds are not covering their respective openings; the perches are independently moveable under weight to a second position where their respective shrouds are covering their respective openings; and characterized in that the feeder further comprises: a plurality of pivoting members pivotally attached adjacent first ends under the feed reservoir and having free ends that extend under respective perches; wherein the perches are biased to rest in their first position by means of torsion springs acting on the pivoting members and located adjacent the first ends of respective pivoting members. a plurality of pivoting members pivotally attached adjacent first ends under the feed reservoir and having free ends that extend under respective perches; wherein the perches are biased to rest in their first position by means of torsion springs acting on the pivoting members and located adjacent the first ends of respective pivoting members.
Method for alerting a driver of a single-track motor vehicle that he/she is leaving the lane, in which method - at least one lane boundary is determined by means of a video sensor system, - the lateral distance (s m) of a reference point on the motor vehicle from the lane boundary is determined, - inclined position information (φ) which describes the inclined position of the motor vehicle is determined, and - on the basis of at least the lateral distance (s m) and the inclined position information (φ) it is determined whether of the motor vehicle or of the rider projects beyond the lane boundary. - at least one lane boundary is determined by means of a video sensor system, - the lateral distance (s m) of a reference point on the motor vehicle from the lane boundary is determined, - inclined position information (φ) which describes the inclined position of the motor vehicle is determined, and - on the basis of at least the lateral distance (s m) and the inclined position information (φ) it is determined whether of the motor vehicle or of the rider projects beyond the lane boundary.
A tissue expander implantable portion, comprising: an implantable device (20; 40) comprising an inflatable compartment and a fluid source secured within the inflatable compartment, characterized in that the fluid source is not rigidly fixed to the inflatable compartment to allow for relative movement between the fluid source and the inflatable compartment.
An exposure apparatus for exposing a substrate with exposure light via a liquid, the exposure apparatus comprising: an optical member having an emitting surface from which the exposure light is emitted; a liquid immersion member that is disposed at at least a portion of surrounding of an optical path of the exposure light, that is configured to form a liquid immersion space of the liquid on an object movable below the optical member, and that has a movable member including a recovery part and a first channel, the recovery part being opposite to the object and configured to recover at least a portion of the liquid in the liquid immersion space, the first channel being configured to flow the liquid from the recovery part; and a deformation member that (i) is connected to the movable member, (ii) has a second channel configured to flow the liquid from the first channel, and (iii) has at least a portion which is deformable, wherein the apparatus is configured to expose the substrate with the exposure light via the liquid in the liquid immersion space covering a portion of an upper surface of the substrate, wherein a portion of the liquid immersion space is formed between the movable member and the object, and wherein the movable member is arranged to move in a plane perpendicular to an optical axis of the optical member and to move relative to the optical axis such that a relative movement speed with respect to the object is decreased. an optical member having an emitting surface from which the exposure light is emitted; a liquid immersion member that is disposed at at least a portion of surrounding of an optical path of the exposure light, that is configured to form a liquid immersion space of the liquid on an object movable below the optical member, and that has a movable member including a recovery part and a first channel, the recovery part being opposite to the object and configured to recover at least a portion of the liquid in the liquid immersion space, the first channel being configured to flow the liquid from the recovery part; and a deformation member that (i) is connected to the movable member, (ii) has a second channel configured to flow the liquid from the first channel, and (iii) has at least a portion which is deformable, wherein the apparatus is configured to expose the substrate with the exposure light via the liquid in the liquid immersion space covering a portion of an upper surface of the substrate, wherein a portion of the liquid immersion space is formed between the movable member and the object, and wherein the movable member is arranged to move in a plane perpendicular to an optical axis of the optical member and to move relative to the optical axis such that a relative movement speed with respect to the object is decreased.
A high-speed surgical bur assembly configured to cut tissue and to be coupled to a surgical handpiece assembly, the high-speed surgical bur assembly comprising: a nose tube defining a lumen extending between proximal and distal ends of the nose tube, the nose tube having a proximal portion extending along an axis, the proximal portion of the nose tube having an outer surface defining a recess for receiving a biasing member of the surgical handpiece assembly to constrain a depth of the nose tube relative to the surgical handpiece assembly, and the nose tube comprising a projection; a driveshaft at least partially disposed within the lumen of the nose tube and configured to rotate relative to the nose tube, the driveshaft having a drive portion at a proximal region of the driveshaft for engaging a rotatable drive chuck of the surgical handpiece assembly; and a cutting tool coupled to a distal region of the driveshaft opposite the drive portion, the cutting tool configured to rotate with the driveshaft relative to the nose tube in response to rotation of the rotatable drive chuck of the surgical handpiece assembly; characterized in that the projection of the nose tube is disposed proximal to the recess and configured to constrain a radial orientation of the nose tube relative to the surgical handpiece assembly, wherein the projection of the proximal portion of the nose tube extends proximally and generally parallel to the axis. a nose tube defining a lumen extending between proximal and distal ends of the nose tube, the nose tube having a proximal portion extending along an axis, the proximal portion of the nose tube having an outer surface defining a recess for receiving a biasing member of the surgical handpiece assembly to constrain a depth of the nose tube relative to the surgical handpiece assembly, and the nose tube comprising a projection; a driveshaft at least partially disposed within the lumen of the nose tube and configured to rotate relative to the nose tube, the driveshaft having a drive portion at a proximal region of the driveshaft for engaging a rotatable drive chuck of the surgical handpiece assembly; and a cutting tool coupled to a distal region of the driveshaft opposite the drive portion, the cutting tool configured to rotate with the driveshaft relative to the nose tube in response to rotation of the rotatable drive chuck of the surgical handpiece assembly; characterized in that the projection of the nose tube is disposed proximal to the recess and configured to constrain a radial orientation of the nose tube relative to the surgical handpiece assembly, wherein the projection of the proximal portion of the nose tube extends proximally and generally parallel to the axis.
A composition comprising an amphoteric polymer having pendant sulfur acid groups, or salts thereof, and pendant mono- or dialkylamino ethylene oxide groups or alkylammonium ethylene oxide groups characterized by either of the following formulas: where R 1 and R 3 are each independently hydrogen or -C 1 -C 12 -alkyl; R 2 is C 3 -C 12 alkyl, and X - is a counterion.
Compound having the systematic name 2-{5-fluoro-1-[(3-fluoropyridin-2-yl)methyl]-1H-pyrazolo[3,4-b]pyridin-3-yl}-5-methyl-5-(trifluoromethyl)-4-[(3,3,3-trifluoropropyl)amino]-5,7-dihydro-6H-pyrrolo[2,3-d]pyrimidin-6-one and the structural formula and the salts, solvates and solvates of the salts thereof.