mhurhangee/patent-ind-claim-en huggingface dataset:
A delivery system for delivering and implanting an implantable heart valve at a desired anatomical feature, the delivery system comprising: a delivery handle ; a delivery catheter having a proximal end and a distal end and an inner lumen between the proximal and distal ends; a first inflatable balloon disposed at the distal end of the delivery catheter , the inflatable balloon having a cavity that is in fluid communication with the inner lumen of the delivery catheter ; an implantable heart valve disposed around the delivery catheter between the inflatable balloon and the proximal end of the delivery catheter ; and an energy source movably disposed within the inner lumen of the delivery catheter . a delivery handle ; a delivery catheter having a proximal end and a distal end and an inner lumen between the proximal and distal ends; a first inflatable balloon disposed at the distal end of the delivery catheter , the inflatable balloon having a cavity that is in fluid communication with the inner lumen of the delivery catheter ; an implantable heart valve disposed around the delivery catheter between the inflatable balloon and the proximal end of the delivery catheter ; and an energy source movably disposed within the inner lumen of the delivery catheter .
A rotatable brush (20A-B, D) for cleaning a submerged net where the rotatable brush (20A-A, D) comprises; - a brush core with a rotational axis ; and - a plurality of bristles (26A-B), where each bristle (26A-B) is provided with an end portion comprising a free end and an opposite attachment portion attached to the brush core , where a rotation of the rotatable brush (20A-B, D) moves each bristle's (26A-B) free end along a circular circumferential path with a centre in the rotational axis , the end portion of each bristle (26A-B) forms a secant angle (α) with the circumferential path , the secant angle (α) being different from 90 degrees, characterized in that each bristle (26A-B) at the end portion is formed with a kink or a bend. - a brush core with a rotational axis ; and - a plurality of bristles (26A-B), where each bristle (26A-B) is provided with an end portion comprising a free end and an opposite attachment portion attached to the brush core ,
A liquid detector comprising: a number of optical fibers corresponding to the number of a plurality of liquids (A, B, C) to be detected, the optical fibers being provided with bent portions; light emitting elements which are respectively connected to the optical fibers and being adapted to input light according to electrical signals input therein from the outside to one end of the optical fibers ; and light receiving elements which are respectively connected to the optical fibers to output electrical signals according to received light emitted from the other end of the optical fibers to the outside, wherein the bend radiuses of the bent portions of the optical fibers are set in accordance with differing refractive indexes of the plurality of liquids to be detected in such a manner that only if an associated liquid, or a liquid having a refractive index higher than the associated liquid, is stuck to its associated bend radius, a change in the amount of transmitted light of that bent portion occurs. a number of optical fibers corresponding to the number of a plurality of liquids (A, B, C) to be detected, the optical fibers being provided with bent portions; light emitting elements which are respectively connected to the optical fibers and being adapted to input light according to electrical signals input therein from the outside to one end of the optical fibers ; and light receiving elements which are respectively connected to the optical fibers to output electrical signals according to received light emitted from the other end of the optical fibers to the outside, wherein the bend radiuses of the bent portions of the optical fibers are set in accordance with differing refractive indexes of the plurality of liquids to be detected in such a manner that only if an associated liquid, or a liquid having a refractive index higher than the associated liquid, is stuck to its associated bend radius, a change in the amount of transmitted light of that bent portion occurs.
A heat exchanger comprising: a header; a plurality of flat tubes arranged in line along a longitudinal direction of the header, and connected to the header; a refrigerant pipe (24, 25, 20a to 20d) connected to an introduction space (97, 51c to 54c) in the header; and a nozzle part through which a refrigerant is fed from the introduction space to a supply space (98, 51b to 54b) positioned adjacent to the introduction space in the longitudinal direction of the header, in the case of functioning as a evaporator of the refrigerant, wherein the nozzle part is located on a side closer to the flat tubes than to the refrigerant pipe, and characterised in that the width, in the longitudinal direction of the header, of a zone in the introduction space on a side closer to the flat tubes where the nozzle part is located, is smaller than the width, in the longitudinal direction of the header, of a zone in the introduction space on a side where the refrigerant pipe is connected. a header; a plurality of flat tubes arranged in line along a longitudinal direction of the header, and connected to the header; a refrigerant pipe (24, 25, 20a to 20d) connected to an introduction space (97, 51c to 54c) in the header; and a nozzle part through which a refrigerant is fed from the introduction space to a supply space (98, 51b to 54b) positioned adjacent to the introduction space in the longitudinal direction of the header, in the case of functioning as a evaporator of the refrigerant, wherein the nozzle part is located on a side closer to the flat tubes than to the refrigerant pipe, and characterised in that the width, in the longitudinal direction of the header, of a zone in the introduction space on a side closer to the flat tubes where the nozzle part is located, is smaller than the width, in the longitudinal direction of the header, of a zone in the introduction space on a side where the refrigerant pipe is connected.
A compound for use in treating a biliary disorder in a subject in need thereof, wherein the compound is according to Formula I: or a pharmaceutically-acceptable salt, ester, solvate, or hydrate thereof, wherein any one of R 1 to R 9 may be -H or -OH, provided that at least four of R 1 to R 9 are -OH; and R 10 is -COOH or -CH 2 OH; or wherein the compound is 2-( -4-( -3,6,7,12-tetrahydroxy-10-methylhexadecahydro-1H-cyclopenta[a]phenanthren-17-yl)pentanamido)ethanesulfonic acid. wherein the compound is according to Formula I: or a pharmaceutically-acceptable salt, ester, solvate, or hydrate thereof, wherein any one of R 1 to R 9 may be -H or -OH, provided that at least four of R 1 to R 9 are -OH; and R 10 is -COOH or -CH 2 OH; or wherein the compound is 2-( -4-( -3,6,7,12-tetrahydroxy-10-methylhexadecahydro-1H-cyclopenta[a]phenanthren-17-yl)pentanamido)ethanesulfonic acid.
Ending device for dispensing machines comprising: - a regulation assembly activatable for the regulation of the outflow of a liquid substance to be mixed, having at least a coupling element adapted to convey said liquid substance at output; - at least a mixing element in which said liquid substance is conveyable for the mixing thereof with a concentrated substance to form a substance to be consumed, associated in a removable manner with said coupling element between an operating configuration, in which said mixing element is coupled to said coupling element for the receiving of said liquid substance, and a disassembly configuration, in which said mixing element is moved away from said coupling element ; characterized by the fact that it comprises control means adapted to detect said operating configuration and operatively connected to said regulation assembly for the activation thereof in the operating configuration, and for the deactivation thereof in the disassembly configuration. - a regulation assembly activatable for the regulation of the outflow of a liquid substance to be mixed, having at least a coupling element adapted to convey said liquid substance at output; - at least a mixing element in which said liquid substance is conveyable for the mixing thereof with a concentrated substance to form a substance to be consumed, associated in a removable manner with said coupling element between an operating configuration, in which said mixing element is coupled to said coupling element for the receiving of said liquid substance, and a disassembly configuration, in which said mixing element is moved away from said coupling element ;
A method for imparting seismic energy with a downhole inertial mass seismic-source within a wellbore , the method comprising: deploying a first inertial mass apparatus with a first inertial mass fluid plunger that is in contact with a first fluid filled segment of the wellbore and in contact with a second fluid filled segment of the wellbore ; deploying a second inertial mass apparatus with a second fluid plunger in contact with the first fluid filled segment of the wellbore ; deploying a third inertial mass apparatus with a third fluid plunger in contact with the second fluid filled segment of the wellbore ; providing power using a power source to an Inertial Mass Control System (IMCS); and controlling the oscillations of the first inertial mass fluid plunger and one or both of the second and third fluid plungers with the Inertial Mass Control System (IMCS) in a manner to create pressure pulses in both fluid filled segments . deploying a first inertial mass apparatus with a first inertial mass fluid plunger that is in contact with a first fluid filled segment of the wellbore and in contact with a second fluid filled segment of the wellbore ; deploying a second inertial mass apparatus with a second fluid plunger in contact with the first fluid filled segment of the wellbore ; deploying a third inertial mass apparatus with a third fluid plunger in contact with the second fluid filled segment of the wellbore ; providing power using a power source to an Inertial Mass Control System (IMCS); and controlling the oscillations of the first inertial mass fluid plunger and one or both of the second and third fluid plungers with the Inertial Mass Control System (IMCS) in a manner to create pressure pulses in both fluid filled segments .
A transmission method for a wireless relay system , adapted for providing a relay of the wireless relay system , wherein the wireless relay system comprises at least a base station , at least a relay node and at least a mobile communication device , and the method comprises: the at least a base station provides a data transmission service to the at least a mobile communication device with facilitation of the at least a relay node , wherein there is configured timing association between at least a grant signal transmission process, at least a data transmission process and at least a feedback signal transmission process of the at least a base station, the at least a relay node and the at least a mobile communication device , wherein the configured timing association includes a first time interval (X) and a second time interval (Z), wherein, in a downlink transmission process, the first time interval represents a time interval from the timing point where the at least a relay node replies at least a feedback signal to the at least a base station to the timing point where the at least a mobile communication device is granted downlink resource allocated from the base station , and the second time interval represents a time interval from the timing point where the at least a relay node is granted the downlink resource to the timing point where the at least a relay node replies the at least a feedback signal to the at least a base station . the at least a base station provides a data transmission service to the at least a mobile communication device with facilitation of the at least a relay node , wherein there is configured timing association between at least a grant signal transmission process, at least a data transmission process and at least a feedback signal transmission process of the at least a base station, the at least a relay node and the at least a mobile communication device , wherein the configured timing association includes a first time interval (X) and a second time interval (Z), wherein, in a downlink transmission process, the first time interval represents a time interval from the timing point where the at least a relay node replies at least a feedback signal to the at least a base station to the timing point where the at least a mobile communication device is granted downlink resource allocated from the base station , and the second time interval represents a time interval from the timing point where the at least a relay node is granted the downlink resource to the timing point where the at least a relay node replies the at least a feedback signal to the at least a base station .
An apparatus for analyzing time series data for anomaly detection data of an IoT device , the apparatus comprising: a training data generation module configured to generate one or more pieces of training data by extracting a predetermined length of time period from raw time series data which comprises one or more columns and a plurality of observations measured for the columns at consistent time intervals, the generated training data comprises a target value; a first data augmentation module configured to, when the target value of the generated training data satisfies a specific condition, further generate one or more additional pieces of training data which have the same target value as the target value but have a different varying length of time period to be extracted; a feature extractor configured to receive the training data generated by the training data generation module and by the first data augmentation module and extract one or more feature values from the training data; and a classifier configured to classify the training data on the basis of the one or more extracted feature values. a training data generation module configured to generate one or more pieces of training data by extracting a predetermined length of time period from raw time series data which comprises one or more columns and a plurality of observations measured for the columns at consistent time intervals, the generated training data comprises a target value; a first data augmentation module configured to, when the target value of the generated training data satisfies a specific condition, further generate one or more additional pieces of training data which have the same target value as the target value but have a different varying length of time period to be extracted; a feature extractor configured to receive the training data generated by the training data generation module and by the first data augmentation module and extract one or more feature values from the training data; and a classifier configured to classify the training data on the basis of the one or more extracted feature values.
An apparatus for melting and bonding a powdered material layer to a layer below, for producing a product in a layer-by-layer additive manufacturing process, wherein a layer of powder particles on a substrate produces an interface between said layer of powder particles and said substrate , the apparatus comprising: one or more laser sources capable of providing beams providing a temporally varying photon flux that has at least one low power flux component on the order of kW/cm ^2, and one high power flux component on the order of MW/cm ^2, characterised in that the apparatus comprises one or more processors for controlling the output of the one or more lasers generating the low and high power flux components, whereby optical components are adapted for directing said temporally varying photon flux at said powder particles , are adapted for enabling the heating of powder particles to just before, or above their melting point with the low power flux portion of the beams and are adapted for using either the high power flux component of the beams , or a combination of low and high power flux components of the beams to melt the interface layer of the substrate and said powder particles before surface tension forces can act on the molten powder particles to prevent a contiguous layer of the powder particles to be melted and bonded to the substrate . one or more laser sources capable of providing beams providing a temporally varying photon flux that has at least one low power flux component on the order of kW/cm ^2, and one high power flux component on the order of MW/cm ^2, characterised in that the apparatus comprises one or more processors for controlling the output of the one or more lasers generating the low and high power flux components, whereby optical components are adapted for directing said temporally varying photon flux at said powder particles , are adapted for enabling the heating of powder particles to just before, or above their melting point with the low power flux portion of the beams and are adapted for using either the high power flux component of the beams , or a combination of low and high power flux components of the beams to melt the interface layer of the substrate and said powder particles before surface tension forces can act on the molten powder particles to prevent a contiguous layer of the powder particles to be melted and bonded to the substrate .
A glue gun for a strand , preferably comprising a thermoplastic material having a melting temperature, comprising: - a housing , - at least one storage means for supporting the strand, - a heating device , - a pultrusion unit with a pultrusion channel for consolidating the strand, - an extrusion unit with an extrusion channel for shaping and extruding the strand , - a conveying device configured to convey the strand through the pultrusion unit and through the extrusion unit, - an outlet nozzle for discharging the heated strand from the glue gun , characterized in that the glue gun further comprises: - a pultrusion channel temperature sensor, - an extrusion channel temperature sensor, and - an activation unit connected to a control unit , wherein the control unit is configured to control the heating device and the conveyor device, and to receive inputs from the pultrusion channel temperature sensor and the extrusion channel temperature sensor, wherein the controller is configured to activate the conveyor when a first temperature in the pultrusion channel and a second temperature in the extrusion channel are sufficient to melt the thermoplastic. - a housing , - at least one storage means for supporting the strand, - a heating device , - a pultrusion unit with a pultrusion channel for consolidating the strand, - an extrusion unit with an extrusion channel for shaping and extruding the strand , - a conveying device configured to convey the strand through the pultrusion unit and through the extrusion unit, - an outlet nozzle for discharging the heated strand from the glue gun , characterized in that the glue gun further comprises: - a pultrusion channel temperature sensor, - an extrusion channel temperature sensor, and - a pultrusion channel temperature sensor, - an extrusion channel temperature sensor, and - an activation unit connected to a control unit , wherein the control unit is configured to control the heating device and the conveyor device, and to receive inputs from the pultrusion channel temperature sensor and the extrusion channel temperature sensor,
A valve sack for bulk material such as cement, gypsum, granulate, animal feed or similar having a stand-up base , preferably a cross-base or a block base, and having a valve base that is disposed opposite the stand-up base and into which a valve tube is inserted to fill the valve sack , wherein the valve tube has a turnover at its end facing the interior of the sack that folds back into the turned over starting position after the filling of the sack, characterized in that this takes place due to the material stress of the valve tube material.
A patch panel for a distribution frame , the patch panel comprising a frontside interface having one or more insertions for at least two optical connectors arranged in a frontside row , and a backside interface having one or more insertions for at least two optical connectors arranged in a backside row , wherein the backside row of insertions is orientated angularly to the frontside row of insertions, the patch panel further comprising a main frame supporting the frontside interface and the backside interface , and a mounting frame for mounting the patch panel to the distribution frame , characterized in that the main frame is pivotable relative to the mounting frame about a main rotation axis (RA).
System for treating plants in agriculture, comprising a spray boom provided with a plurality of spray nozzles supplied by a spray control device , the apparatus comprising a set of cameras capable of capturing images of a crop area, a digital processing device capable of analyzing the images captured by the camera, of identifying plants to be treated and of sending commands to the spray control device for the purpose of selectively spraying a product on plants to be treated, the apparatus further comprising an arrangement for lighting the crop area captured by the cameras, said apparatus being characterized in that the lighting arrangement comprises a plurality of projectors distributed along the boom and having fields of illumination such that each point of a scene captured by a camera receives light from at least two projectors along at least two different orientations in a plane passing through said point and the considered projectors.
Micromechanical comb structure made of glass , comprising - a plurality of micromechanical fingers , wherein the comb structure is deflectable in a substrate plane defined by a glass substrate , and - wherein the fingers have been exposed from the glass substrate by laser-induced modification of the glass substrate and subsequent wet-chemical anisotropic etching, - wherein during the production of the fingers laser pulses , which define an outer contour of the fingers , were placed on respective continuous, in particular rectilinear or curved, opposing tool paths , preferably at a constant pulse spacing p, - wherein each of the tool paths has a maximum distance r from the contour which just corresponds to an etching radius r of a wet-chemical etching step which was used to expose the fingers , and - wherein the fingers have sidewall electrodes to realize electrostatic actuation or capacitive sensing by means of the comb structure . - a plurality of micromechanical fingers , wherein the comb structure is deflectable in a substrate plane defined by a glass substrate , and - wherein the fingers have been exposed from the glass substrate by laser-induced modification of the glass substrate and subsequent wet-chemical anisotropic etching, - wherein during the production of the fingers laser pulses , which define an outer contour of the fingers , were placed on respective continuous, in particular rectilinear or curved, opposing tool paths , preferably at a constant pulse spacing p, - wherein each of the tool paths has a maximum distance r from the contour which just corresponds to an etching radius r of a wet-chemical etching step which was used to expose the fingers , and - wherein the fingers have sidewall electrodes to realize electrostatic actuation or capacitive sensing by means of the comb structure .