mhurhangee/ep-ind-claims huggingface dataset:
A method for generating a transvalvular pressure quantification, the method comprising: acquiring a plurality of color Doppler ultrasound image frames, wherein the image frames comprise a view of a valve and a cavity; presenting an image frame of the plurality of color Doppler ultrasound image frames to a user; receiving a user input from the user indicating a location of the valve; tracking the location of the valve in the plurality of color Doppler ultrasound image frames based on the user input; computing a vector flow through the valve and in the cavity based on the tracked location of the valve and the plurality of color Doppler ultrasound image frames; and estimating the transvalvular pressure of the valve based on the vector flow. acquiring a plurality of color Doppler ultrasound image frames, wherein the image frames comprise a view of a valve and a cavity; presenting an image frame of the plurality of color Doppler ultrasound image frames to a user; receiving a user input from the user indicating a location of the valve; tracking the location of the valve in the plurality of color Doppler ultrasound image frames based on the user input; computing a vector flow through the valve and in the cavity based on the tracked location of the valve and the plurality of color Doppler ultrasound image frames; and estimating the transvalvular pressure of the valve based on the vector flow.
Polyurethane compositions suitable for printing, comprising A) a polyisocyanate component, at least containing an NCO-terminated polyurethane prepolymer whose NCO groups are primarily aliphatically bonded and which is based on hydroxy-functional compounds having an OH functionality of 1.6 to 2.05, B) isocyanate-reactive polyetherpolyols C) urethane acrylates and/or urethane methacrylates having at least one aromatic structural unit and a refractive index of greater than 1.50 at 405 nm, which are themselves free of NCO groups and OH groups, D) free radical stabilizers E) photoinitiators based on combinations of borate salts and one or more dyes having absorption bands which at least partly cover the spectral range from 400 to 800 nm F) optionally catalysts G) auxiliaries and additives, wherein urethanes or allophanates of aliphatic isocyanate-functional compounds and oligomeric or polymeric isocyanate-reactive compounds are used as prepolymers in A), the prepolymers having number average molar masses of 200 to 10 000 g/mol and NCO functionalities of 1.9 to 5.0. A) a polyisocyanate component, at least containing an NCO-terminated polyurethane prepolymer whose NCO groups are primarily aliphatically bonded and which is based on hydroxy-functional compounds having an OH functionality of 1.6 to 2.05, B) isocyanate-reactive polyetherpolyols C) urethane acrylates and/or urethane methacrylates having at least one aromatic structural unit and a refractive index of greater than 1.50 at 405 nm, which are themselves free of NCO groups and OH groups, D) free radical stabilizers E) photoinitiators based on combinations of borate salts and one or more dyes having absorption bands which at least partly cover the spectral range from 400 to 800 nm F) optionally catalysts G) auxiliaries and additives,
A wide angle lens, consisting of: a first lens, a second lens, a third lens, a diaphragm, a fourth lens, a fifth lens which are arranged in order from an object side to an image side, wherein the first lens is a negative meniscus lens with a convex surface facing the object side and a concave surface facing the image side; the second lens is a negative lens with a concave surface facing the image side and at least one of a lens surface on the object side and a lens surface on the image side is an aspherical surface; the third lens is a positive meniscus lens with a concave surface facing the object side and a convex surface facing the image side and at least one of a lens surface on the object side and a lens surface on the image side is an aspherical surface; the fourth lens is a negative meniscus lens with a concave surface facing the image side or a biconcave lens; the fifth lens is a biconvex lens; the fourth lens and the fifth lens are plastic lenses which constitute a cemented lens in which a lens surface on the image side of the fourth lens and a lens surface on the object side of the fifth lens are cemented; when a refractive index of the fourth lens is "n4", the following condition is satisfied: n 4 ≥ 1.632, when a center radius of curvature of a cemented surface of the cemented lens is "R45" and an effective focal length of an entire lens system is "f0", the following condition is satisfied: 0.5 < R 45 / f 0 < 0.8, and when an Abbe number of the fourth lens is "v4", the following condition is satisfied: v 4 ≤ 24.0. a first lens, a second lens, a third lens, a diaphragm, a fourth lens, a fifth lens which are arranged in order from an object side to an image side, wherein the first lens is a negative meniscus lens with a convex surface facing the object side and a concave surface facing the image side; the second lens is a negative lens with a concave surface facing the image side and at least one of a lens surface on the object side and a lens surface on the image side is an aspherical surface; the third lens is a positive meniscus lens with a concave surface facing the object side and a convex surface facing the image side and at least one of a lens surface on the object side and a lens surface on the image side is an aspherical surface; the fourth lens is a negative meniscus lens with a concave surface facing the image side or a biconcave lens; the fifth lens is a biconvex lens; the fourth lens and the fifth lens are plastic lenses which constitute a cemented lens in which a lens surface on the image side of the fourth lens and a lens surface on the object side of the fifth lens are cemented; when a refractive index of the fourth lens is "n4", the following condition is satisfied: n 4 ≥ 1.632, when a center radius of curvature of a cemented surface of the cemented lens is "R45" and an effective focal length of an entire lens system is "f0", the following condition is satisfied: 0.5 < R 45 / f 0 < 0.8, and when an Abbe number of the fourth lens is "v4", the following condition is satisfied: v 4 ≤ 24.0.
An antenna element (100, 101, 102) comprising: a first conductor and a second conductor that extend along a second plane and are positioned away from each other along a first axis that intersects the second plane; a third conductor that extends along a first plane including the first axis and is positioned between the first conductor and the second conductor; a fourth conductor that extends along the first plane, is electrically connected to the first conductor and the second conductor, and is positioned away from the third conductor; a feeding line (61, 72, 111) that is electrically connected to the third conductor; and a filter (120, 130, 140) that is connected to the feeding line (61, 72, 111), wherein the filter (120, 130, 140) is positioned in such a manner as to overlap the fourth conductor, wherein the third conductor is configured to function as a resonator between the first conductor and the second conductor, wherein the resonator has electrically open ends along a third axis that is perpendicular to the first axis and to a second axis, and wherein the resonator is configured to have an artificial magnetic conductor character along the second axis such that the electrically open ends are seen as magnetic conductors. a first conductor and a second conductor that extend along a second plane and are positioned away from each other along a first axis that intersects the second plane; a third conductor that extends along a first plane including the first axis and is positioned between the first conductor and the second conductor; a fourth conductor that extends along the first plane, is electrically connected to the first conductor and the second conductor, and is positioned away from the third conductor; a feeding line (61, 72, 111) that is electrically connected to the third conductor; and a filter (120, 130, 140) that is connected to the feeding line (61, 72, 111), wherein the filter (120, 130, 140) is positioned in such a manner as to overlap the fourth conductor, wherein the third conductor is configured to function as a resonator between the first conductor and the second conductor, wherein the resonator has electrically open ends along a third axis that is perpendicular to the first axis and to a second axis, and wherein the resonator is configured to have an artificial magnetic conductor character along the second axis such that the electrically open ends are seen as magnetic conductors.
Method for reconstruction of the distribution of fluorophores in an inhomogeneous object, said object comprising: - fluorophores, - a first surface arranged facing at least one light source for illumination of said first surface with an excitation light (λex) of the fluorophores, the method comprising: - illumination of the first surface of the object with the excitation light, and - detection, by means of a matrix of detectors, of a light (λem, λex) emitted by a second surface of the object, characterized in that said method comprises: - placing a first part of the detectors in contact with the object, a complementary second part of the detectors not being in contact with the object, and determination of the Green functions, each associated with a first spatial coordinate and a second spatial coordinate, the second spatial coordinate designating a detector in contact with the object, or - several light sources being arranged facing the first surface, placing a first part of the sources in contact with the object, a second part of the sources not being in contact with the object, and determination of the Green functions, each associated with a first spatial coordinate and a second spatial coordinate, the first spatial coordinate designating a source in contact with the object. - fluorophores, - a first surface arranged facing at least one light source for illumination of said first surface with an excitation light (λex) of the fluorophores, - illumination of the first surface of the object with the excitation light, and - detection, by means of a matrix of detectors, of a light (λem, λex) emitted by a second surface of the object, - placing a first part of the detectors in contact with the object, a complementary second part of the detectors not being in contact with the object, and determination of the Green functions, each associated with a first spatial coordinate and a second spatial coordinate, the second spatial coordinate designating a detector in contact with the object, - several light sources being arranged facing the first surface, placing a first part of the sources in contact with the object, a second part of the sources not being in contact with the object, and determination of the Green functions, each associated with a first spatial coordinate and a second spatial coordinate, the first spatial coordinate designating a source in contact with the object.
A method for providing the identity of a caller prior to acceptance of a call by a call recipient, comprising: prior to initiating the call, the call initiator's communication device recording (200; 300) a personalized audio or video invitation from the call initiator and, upon completion of the recording, the call initiator's communication device initiating the call by providing a call request message including the personalized audio or video invitation from the call initiator and call completion information needed to provide real-time communication with the call recipient's communication device prior to and after acceptance of the call; the call initiator receiving (218; 306) from the call recipient an indication of the progress of the review of the personalized audio or video invitation by the call recipient; initiating a timer on the call initiator's communication device that starts counting upon receipt of the indication that the call recipient has started reviewing the personalized audio or video invitation; and upon receipt of a notification from the call recipient that the call is accepted (310, YES) pursuant to review of the personalized audio or video invitation by the call recipient, enabling (222; 314) a live voice connection between the call initiator and call recipient using the call completion information. prior to initiating the call, the call initiator's communication device recording (200; 300) a personalized audio or video invitation from the call initiator and, upon completion of the recording, the call initiator's communication device initiating the call by providing a call request message including the personalized audio or video invitation from the call initiator and call completion information needed to provide real-time communication with the call recipient's communication device prior to and after acceptance of the call; the call initiator receiving (218; 306) from the call recipient an indication of the progress of the review of the personalized audio or video invitation by the call recipient; initiating a timer on the call initiator's communication device that starts counting upon receipt of the indication that the call recipient has started reviewing the personalized audio or video invitation; and upon receipt of a notification from the call recipient that the call is accepted (310, YES) pursuant to review of the personalized audio or video invitation by the call recipient, enabling (222; 314) a live voice connection between the call initiator and call recipient using the call completion information.
An underlayment layer configured to support an artificial turf assembly, the underlayment layer comprising a core with a top side and a bottom side, the top side having a plurality of spaced apart, upwardly oriented projections that define channels suitable for water flow along the top side of the core when the underlayment layer is positioned beneath an overlying artificial turf assembly, characterized in that the underlayment layer comprises a substantially flat panel having the core, and the projections have substantially flat upper support surfaces; where the upper support surfaces of the projections include a plurality of raised surface contours, the raised surface contours providing an increased frictional engagement between the artificial turf assembly and the underlayment layer.
A neurostimulation patch (102, 302, 602, 702, 802, 1102) for stimulating a nervous system of a patient, comprising: a body member (106, 304, 604, 704) comprising a bottom portion having a central portion (112, 306, 606, 706) and a peripheral portion (114, 308, 608, 708) comprising a skin adhesive material (118, 330, 630, 730), the bottom portion is configured to be attached to a patient's skin; a neurostimulation circuit (108, 312, 612, 712, 804) located within the body member (106, 304, 604, 704) and configured to output neurostimulation signals via at least one conductor; and a connector (110, 318, 618, 718, 806) located within the body member (106, 304, 604, 704) and configured to electrically couple the at least one conductor to an implantable lead (104, 808, 1104), characterized in that the central portion (112, 306, 606, 706) defines a bottom opening (116, 322, 622) directly on the skin for passage of the implantable lead (104, 808, 1104) to the connector (110, 318, 618, 718, 806); and the central portion (112, 306, 606, 706) is configured to cover and protect the puncture site. a body member (106, 304, 604, 704) comprising a bottom portion having a central portion (112, 306, 606, 706) and a peripheral portion (114, 308, 608, 708) comprising a skin adhesive material (118, 330, 630, 730), the bottom portion is configured to be attached to a patient's skin; a neurostimulation circuit (108, 312, 612, 712, 804) located within the body member (106, 304, 604, 704) and configured to output neurostimulation signals via at least one conductor; and a connector (110, 318, 618, 718, 806) located within the body member (106, 304, 604, 704) and configured to electrically couple the at least one conductor to an implantable lead (104, 808, 1104), characterized in that the central portion (112, 306, 606, 706) defines a bottom opening (116, 322, 622) directly on the skin for passage of the implantable lead (104, 808, 1104) to the connector (110, 318, 618, 718, 806); and the central portion (112, 306, 606, 706) is configured to cover and protect the puncture site.
A gas turbine engine (20;100) comprising: a low speed spool (30; 130) mechanically interconnecting a low pressure turbine (46; 146) and at least one of a fan and a prop (42;142); a high speed spool (32; 132) mechanically interconnecting a high pressure turbine (54; 154) and a high pressure compressor (52; 152); an epicyclic gear system mechanically coupled to the high speed spool (32; 132); a low pressure compressor (44; 144) mechanically coupled to the high speed spool (32; 132) via the epicyclic gear system; and characterised by a plurality of motor-generators (121, 122, 123) mechanically coupled to at least one of the high speed spool (32; 132) and the epicyclic gear system. a low speed spool (30; 130) mechanically interconnecting a low pressure turbine (46; 146) and at least one of a fan and a prop (42;142); a high speed spool (32; 132) mechanically interconnecting a high pressure turbine (54; 154) and a high pressure compressor (52; 152); an epicyclic gear system mechanically coupled to the high speed spool (32; 132); a low pressure compressor (44; 144) mechanically coupled to the high speed spool (32; 132) via the epicyclic gear system; and characterised by a plurality of motor-generators (121, 122, 123) mechanically coupled to at least one of the high speed spool (32; 132) and the epicyclic gear system.
Horse-riding boot, comprising a spur and a spur-holder seat joined to the boot, wherein said spur comprises a portion suitable for being slidingly inserted in said spur-holder seat, and wherein adjustment means of the position in height of the spur are provided; said boot being characterized in that the spur-holder seat is delimited by at least one toothed rim, and in that the spur is provided with at least one toothed arm, suitable for engaging in said toothed rim and slidable along the toothed rim when subjected to a force acting in a longitudinal direction parallel to the substantially vertical axis of the boot, i.e. perpendicular to the ground.
An actuator assembly comprising an actuator, an axially moveable lock bolt and a release mechanism, moveable relative to the lock bolt to prevent or permit axial movement of the lock bolt, and hence deployment of the actuator; characterised in that the release mechanism comprises: a longitudinal member moveable along an axis between a lock position and a release position; a linkage assembly (42, 45); and a rotational drive means; wherein the linkage assembly comprises a first link pivotally connected to the longitudinal member and pivotally connected to a second link at a pivot point, the second link fixedly connected to the rotational drive means to rotate, with the rotational drive means, around a centre of rotation, and wherein rotation of the second link causes the pivot point to rotate about the centre of rotation causing axial movement of the longitudinal member. a longitudinal member moveable along an axis between a lock position and a release position; a linkage assembly (42, 45); and a rotational drive means; a linkage assembly (42, 45); and a rotational drive means; wherein the linkage assembly comprises a first link pivotally connected to the longitudinal member and pivotally connected to a second link at a pivot point, the second link fixedly connected to the rotational drive means to rotate, with the rotational drive means, around a centre of rotation, and wherein rotation of the second link causes the pivot point to rotate about the centre of rotation causing axial movement of the longitudinal member.
An adjustable support for a gantry for a radiation therapy apparatus or for a medical imaging apparatus, wherein the adjustable support is directly or indirectly mounted upon a treatment room floor and comprises: a base, a mounting member, and an arm; wherein a lower part of the mounting member engages with the base; wherein the arm engages with an upper part of the mounting member; and wherein the position of the upper part of the mounting member, relative to the base is adjustable by the arm; the adjustable support being characterised in that the arm is arranged in a longitudinal direction parallel to the treatment room floor. a base, a mounting member, and an arm; wherein a lower part of the mounting member engages with the base; wherein the arm engages with an upper part of the mounting member; and wherein the position of the upper part of the mounting member, relative to the base is adjustable by the arm; the adjustable support being characterised in that the arm is arranged in a longitudinal direction parallel to the treatment room floor.
A method, comprising: identifying, by a computing device (106), a first physical zone and a second physical zone within a zoned namespace solid-state drive mapped to a logical zone to perform a received write operation, wherein the first physical zone mapped to the logical zone represents a logical older copy of data and the second physical zone mapped to the logical zone represents a logical newer copy of the data; temporarily staging, by the computing device (106), data to be written in the received write operation in a zone random write area associated with the identified second physical zone; transferring, by the computing device (106), the temporarily staged data to the identified second physical zone when a commit boundary is determined to have been reached, wherein the commit boundary comprises a threshold capacity of data to be stored within the zone random write area; and erasing, by the computing device (106), previously written data in the identified first physical zone upon determining the identified second physical zone has reached a threshold storage capacity. identifying, by a computing device (106), a first physical zone and a second physical zone within a zoned namespace solid-state drive mapped to a logical zone to perform a received write operation, wherein the first physical zone mapped to the logical zone represents a logical older copy of data and the second physical zone mapped to the logical zone represents a logical newer copy of the data; temporarily staging, by the computing device (106), data to be written in the received write operation in a zone random write area associated with the identified second physical zone; transferring, by the computing device (106), the temporarily staged data to the identified second physical zone when a commit boundary is determined to have been reached, wherein the commit boundary comprises a threshold capacity of data to be stored within the zone random write area; and erasing, by the computing device (106), previously written data in the identified first physical zone upon determining the identified second physical zone has reached a threshold storage capacity.