mhurhangee/ep-ind-claims huggingface dataset:
A stethoscope apparatus, the stethoscope apparatus comprising: a sound sensor for measuring sounds produced by the breathing of a subject and for outputting a sound signal representing the measured breathing sounds; a transmitting antenna for emitting an excitation electromagnetic signal into a body of the subject; a receiving antenna for receiving a modulated electromagnetic signal from the body in response to the excitation electromagnetic signal, wherein the modulated electromagnetic signal is modulated by movement of air, fluid and/or tissue in the body; a processing unit that is configured to: receive the sound signal from the sound sensor and the modulated electromagnetic signal from the antenna; and normalise the sound signal using the modulated electromagnetic signal. a sound sensor for measuring sounds produced by the breathing of a subject and for outputting a sound signal representing the measured breathing sounds; a transmitting antenna for emitting an excitation electromagnetic signal into a body of the subject; a receiving antenna for receiving a modulated electromagnetic signal from the body in response to the excitation electromagnetic signal, wherein the modulated electromagnetic signal is modulated by movement of air, fluid and/or tissue in the body; a processing unit that is configured to: receive the sound signal from the sound sensor and the modulated electromagnetic signal from the antenna; and normalise the sound signal using the modulated electromagnetic signal. receive the sound signal from the sound sensor and the modulated electromagnetic signal from the antenna; and normalise the sound signal using the modulated electromagnetic signal.
Use of an aqueous treatment solution containing sulphate ions SO 4 2- in a concentration greater than or equal to 0.01 mol/l, for treating a metal sheet comprising a steel substrate coated on at least one of its faces with a coating comprising at least zinc and magnesium, in order to reduce the blackening or the tarnishing of the metal sheet when stored in the absence of a temporary protection oil.
A method for classifying cardiac tissue as normal or abnormal tissue based on volumetric image data, comprising: obtaining segmented volumetric image data for predetermined tissue of interest; generating a 2D voxel representation of the segmented volumetric image data, wherein the 2D voxel representation is a histogram based on voxel de-noised CT numbers and voxel normalized distances from the endocardium; and classifying voxels of the segmented volumetric image data as corresponding to abnormal and normal tissue based on the 2D voxel representation. obtaining segmented volumetric image data for predetermined tissue of interest; generating a 2D voxel representation of the segmented volumetric image data, wherein the 2D voxel representation is a histogram based on voxel de-noised CT numbers and voxel normalized distances from the endocardium; and classifying voxels of the segmented volumetric image data as corresponding to abnormal and normal tissue based on the 2D voxel representation.
A tool cart for assembling and disassembling a nuclear vessel (104, 106), comprising: a cart platform configured to travel around an outside perimeter of the nuclear vessel (104, 106) and locate next to different bolt locations on the nuclear vessel (104, 106); a tool tower extending up from the cart platform; a tool assembly attached to the tool tower configured to rotate about a first vertical axis to install bolts on the nuclear vessel (104, 106) and remove the bolts from the nuclear vessel (104, 106); characterized in that the tool cart further comprises a magazine tower extending up from the cart platform; and a magazine attached on top of the magazine tower configured to rotate about a second vertical axis. a cart platform configured to travel around an outside perimeter of the nuclear vessel (104, 106) and locate next to different bolt locations on the nuclear vessel (104, 106); a tool tower extending up from the cart platform; a tool assembly attached to the tool tower configured to rotate about a first vertical axis to install bolts on the nuclear vessel (104, 106) and remove the bolts from the nuclear vessel (104, 106); characterized in that the tool cart further comprises a magazine tower extending up from the cart platform; and a magazine attached on top of the magazine tower configured to rotate about a second vertical axis.
A method for estimating user interest in media content, comprising: at a client system having an audio sensor, one or more processors, and memory storing one or more programs for execution by the one or more processors: detecting, via the audio sensor, a volume change event for media content presented in the vicinity of the client system, the volume change event comprising a change in outputted media volume for the media content; obtaining identification of the media content; based on the identification of the media content, obtaining from a media database a list of one or more expected volume change events within the media content; based on the list of one or more expected volume change events, obtaining a determination as to whether the detected volume change event comprises a volume change event from a user of the client system; in accordance with a determination that the detected volume change event comprises a volume change event from a user of the client system: analyzing the detected volume change event to determine user interest in the presented media content; and sending the determined level of interest to a server system;and in accordance with a determination that the detected volume change event does not comprise a volume change event from a user of the client system, forgoing analyzing the volume change event to determine user interest. detecting, via the audio sensor, a volume change event for media content presented in the vicinity of the client system, the volume change event comprising a change in outputted media volume for the media content; obtaining identification of the media content; based on the identification of the media content, obtaining from a media database a list of one or more expected volume change events within the media content; based on the list of one or more expected volume change events, obtaining a determination as to whether the detected volume change event comprises a volume change event from a user of the client system; in accordance with a determination that the detected volume change event comprises a volume change event from a user of the client system: analyzing the detected volume change event to determine user interest in the presented media content; and sending the determined level of interest to a server system;and in accordance with a determination that the detected volume change event does not comprise a volume change event from a user of the client system, forgoing analyzing the volume change event to determine user interest. analyzing the detected volume change event to determine user interest in the presented media content; and sending the determined level of interest to a server system;and in accordance with a determination that the detected volume change event does not comprise a volume change event from a user of the client system, forgoing analyzing the volume change event to determine user interest.
A shoe with improved thermal comfort, particularly a shoe or a boot, comprising an upper and a sole joined therebetween and an insole arranged in a compartment inside the upper, configured to receive a foot, the upper having a front toe-end, a rear counter and a quarter with an inner lining made of reinforcing cloth, the sole having a resting front portion and a heel, wherein the insole has, at its front side, an open portion corresponding to a reservoir formed in the thickness of the said front portion of the sole, wherein • the upper, at the rear counter and the front toe-end, has a layer of memory foam including phase change microcapsules; • the inner lining and the insole are impregnated with phase change microcapsules; • the above-mentioned reservoir is filled up with phase change microcapsules, and wherein said phase change microcapsules have a solidification temperature between 18° and 23°C and a melting temperature between 24°C and 32°C. • the upper, at the rear counter and the front toe-end, has a layer of memory foam including phase change microcapsules; • the inner lining and the insole are impregnated with phase change microcapsules; • the above-mentioned reservoir is filled up with phase change microcapsules, and wherein said phase change microcapsules have a solidification temperature between 18° and 23°C and a melting temperature between 24°C and 32°C.
A method of handling manoeuvrability of a vessel equipped with a hull, the method being performed by a manoeuvrability handling arrangement and comprising the steps of:: - obtaining current hull shape defining data for at least three positions of the hull along the length of the vessel, - comparing said current hull shape defining data with corresponding reference data, - determining state of deformation for a type of deformation of the hull based on the deviations of said current hull shape defining data from said corresponding reference data, where the type of deformation is set based on the mechanical properties of the vessel, and - applying the state of deformation of the set type in a manoeuvring handling function for improving handling of the vessel, characterized in that the manoeuvring handling function comprises a trim handling function, the output data of which comprises power consumption. - obtaining current hull shape defining data for at least three positions of the hull along the length of the vessel, - comparing said current hull shape defining data with corresponding reference data, - determining state of deformation for a type of deformation of the hull based on the deviations of said current hull shape defining data from said corresponding reference data, where the type of deformation is set based on the mechanical properties of the vessel, and - applying the state of deformation of the set type in a manoeuvring handling function for improving handling of the vessel,
A machine for the application of pressure relief valves for hermetic containers, said machine comprising: application means which are configured to apply said valves to containers; a vibrating feed container for housing said valves and making them directly available to said application means; characterized in that said machine further comprises an aspirator configured so as to suck said valves, which are contained within a reservoir, and to convey them to said vibrating container, by sucking air directly from said reservoir through a tube, wherein said machine further comprises a sensor configured to detect the level of said valves contained within said vibrating container, wherein said aspirator is configured to be activated and/or deactivated according to the signal coming from said sensor. application means which are configured to apply said valves to containers; a vibrating feed container for housing said valves and making them directly available to said application means; characterized in that said machine further comprises an aspirator configured so as to suck said valves, which are contained within a reservoir, and to convey them to said vibrating container, by sucking air directly from said reservoir through a tube, wherein said machine further comprises a sensor configured to detect the level of said valves contained within said vibrating container, wherein said aspirator is configured to be activated and/or deactivated according to the signal coming from said sensor.
An airfoil for a gas turbine engine comprising: the airfoil extending a span from a root to a tip, characterised in that the airfoil is provided by a first portion near the root having a metallic alloy, a third portion near the tip having a refractory material, and a second portion joining the first and third portions (42,46) and having a functionally graded material, wherein the span is 0% at the root and 100% at the tip, the metallic alloy provided from 0% span to about 35-55% span, the refractory material is provided from about 55-75% span to about 100% span and the functionally graded material is provided from about 35-55% span to about 55-75% span.
In a method of vacuum skin packaging a product arranged in a tray or support, a process of positioning a length of film above the product loaded tray or support placed in a vacuum chamber, wherein the process comprises the following steps: - unwinding from a roll the film in the form of a continuous web, and - executing a cutting operation, which cuts the film into a discrete piece of film having the size of the tray or support, wherein said cutting of the film takes place outside the vacuum chamber and before vacuum skin packaging. - unwinding from a roll the film in the form of a continuous web, and - executing a cutting operation, which cuts the film into a discrete piece of film having the size of the tray or support,
A nucleic acid molecule with a DNA sequence which codes for a polypeptide having phospholipase activity essentially without lipase activity photometrically determined by means of hydrolysis of p-nitrophenylpalmitate characterized in that the DNA sequence is selected from a) DNA sequences that comprise a nucleotide sequence according to SEQ ID NO: 1, b) DNA sequences that comprise the coding sequence according to SEQ ID NO: 1, c) DNA sequences that code for the protein sequence according to SEQ ID NO: 2, d) DNA sequences that are coded for by the plasmid pPL3940-Topo2.5 with the restriction map according to figure 7, which is deposited under accession number DSM 22741, e) DNA sequences that are related to the DNA sequences according to a), b), c) or d) due to the degeneration of the genetic code, and f) complementary strands to the sequences according to a) to e), wherein the DNA sequence is preferably derived from Aspergillus and more preferably from Aspergillus fumigatus. a) DNA sequences that comprise a nucleotide sequence according to SEQ ID NO: 1, b) DNA sequences that comprise the coding sequence according to SEQ ID NO: 1, c) DNA sequences that code for the protein sequence according to SEQ ID NO: 2, d) DNA sequences that are coded for by the plasmid pPL3940-Topo2.5 with the restriction map according to figure 7, which is deposited under accession number DSM 22741, e) DNA sequences that are related to the DNA sequences according to a), b), c) or d) due to the degeneration of the genetic code, and f) complementary strands to the sequences according to a) to e), wherein the DNA sequence is preferably derived from Aspergillus and more preferably from Aspergillus fumigatus.
System for supplying a metal wire unwound from a corresponding coil to a machine by means of a wire supply device, said machine being like a winding machine, the wire being supplied with a desired tension detected by a tension sensor, the supply device having at least one rotary member (14, 15) driven by an actuator thereof (16, 17) on which the metal wire is wound, for a fraction of rotation or several rotations and adapted to supply the wire to the machine with the predefined tension under the action of a control unit, there being provided means (50, 60) for detecting at least one physical characteristic of the wire arranged downstream of the supply device and connected to said control unit and adapted to provide to the latter the data regarding each detected physical characteristic, said control unit intervening on said rotary member (14, 15) with the aim of adjusting the tension of the wire should said data differ from a preset and/or programmable reference value, said tension being adjusted i.e. increased or reduced and subsequently maintained constant with the aim of maintaining, at least approximately around said reference value, the characteristic of the wire controlled, characterized in that the controlled physical characteristic is at least one dimensional characteristic like the diameter of the wire and/or an electrical characteristic of the latter.
A winding, comprising, - a form element having a longitudinal axis defining a longitudinal direction and a radial direction perpendicular to the longitudinal axis, the form element comprising - a core with a lateral surface, and - adjustable elements arranged on the lateral surface of the core, wherein the adjustable elements are elongated and extend along the longitudinal direction, wherein the adjustable elements comprise stacked layers, wherein a thickness of the adjustable elements in a radial direction is altered along the longitudinal direction, and wherein the thickness of the adjustable elements in a radial direction is altered by at least one removed or added layer along the longitudinal direction, and - a conductor wherein the conductor is wound around the form element along the longitudinal direction forming turns of the winding. - a form element having a longitudinal axis defining a longitudinal direction and a radial direction perpendicular to the longitudinal axis, the form element comprising - a core with a lateral surface, and - adjustable elements arranged on the lateral surface of the core, wherein the adjustable elements are elongated and extend along the longitudinal direction, wherein the adjustable elements comprise stacked layers, wherein a thickness of the adjustable elements in a radial direction is altered along the longitudinal direction, and wherein the thickness of the adjustable elements in a radial direction is altered by at least one removed or added layer along the longitudinal direction, and - a core with a lateral surface, and - adjustable elements arranged on the lateral surface of the core, wherein the adjustable elements are elongated and extend along the longitudinal direction, wherein the adjustable elements comprise stacked layers, wherein a thickness of the adjustable elements in a radial direction is altered along the longitudinal direction, and wherein the thickness of the adjustable elements in a radial direction is altered by at least one removed or added layer along the longitudinal direction, and - a conductor wherein the conductor is wound around the form element along the longitudinal direction forming turns of the winding.
System for converting rotational energy from a relatively slow moving rotary input shaft, in particular the shaft of a wind turbine, tidal turbine or hydro turbine, into electrical energy to be supplied to a grid, comprising: a support structure for supporting a main bearing for the input shaft; a generator coupled to the input shaft and arranged on the support structure; a transmission arranged between the input shaft and the generator for increasing rotational speed and reducing torque; and a power converter that is electrically coupled between the generator and the grid, and that is arranged on the support structure; characterized in that: - the converter is structurally integrated with the generator; - the transmission includes a lubricating and cooling system; and - the power converter and the generator are each coupled to the transmission lubricating and cooling system for heat exchange. a support structure for supporting a main bearing for the input shaft; a generator coupled to the input shaft and arranged on the support structure; a transmission arranged between the input shaft and the generator for increasing rotational speed and reducing torque; and a power converter that is electrically coupled between the generator and the grid, and that is arranged on the support structure; characterized in that: - the converter is structurally integrated with the generator; - the transmission includes a lubricating and cooling system; and - the power converter and the generator are each coupled to the transmission lubricating and cooling system for heat exchange. - the converter is structurally integrated with the generator; - the transmission includes a lubricating and cooling system; and - the power converter and the generator are each coupled to the transmission lubricating and cooling system for heat exchange.
A method of controlling access between multiple master devices (102A-102N) to a shared resource comprised by a slave device, the method being carried out at the slave device, and the method comprising: receiving a request to access the shared resource from a first master device (102A-102N); determining availability of the shared resource; if the shared resource is available, returning a successful response to the first master device (102A-102N) to establish access by the first master device (102A-102N) to the shared resource; and if the shared resource is unavailable: returning a failed response to the first master device (102A-102N); automatically monitoring for when the shared resource becomes available; and automatically notifying the first master device (102A-102N) when the shared resource becomes available. receiving a request to access the shared resource from a first master device (102A-102N); determining availability of the shared resource; if the shared resource is available, returning a successful response to the first master device (102A-102N) to establish access by the first master device (102A-102N) to the shared resource; and if the shared resource is unavailable: returning a failed response to the first master device (102A-102N); automatically monitoring for when the shared resource becomes available; and automatically notifying the first master device (102A-102N) when the shared resource becomes available. returning a failed response to the first master device (102A-102N); automatically monitoring for when the shared resource becomes available; and automatically notifying the first master device (102A-102N) when the shared resource becomes available.
A method for manufacturing a cylindrical chambered implant body consisting of an outer shell and an inner structure, wherein said outer shell has a surface which is perforated over its entire or partial area by pores whose diameter is adjustable during manufacturing, and wherein said inner structure is formed from a conglomerate of cavities surrounded by sphere-shaped shells, wherein the sphere-shaped shells form a shell frame having a direct connection to the outer shell, and wherein the cavities form an interrelated cavity system, the diameter of the cavities of said cavity system being adjustable during manufacturing and said cavities being continuously interconnected, wherein the cavity system of the inner structure is opened through the outer shell to the outside, wherein said method comprises the following method steps: preparing the outer shape of the implant body considering the shrinking factor of the material of the shell frame and the outer shell by filling a mold with shaping elements being expandable under underpressure, wherein the mold comprises one or multiple openings for venting; filling the mold with a material forming the shell frame and the outer shell of the implant body; applying underpressure to the mold in a closed chamber, wherein the underpressure is applied prior to or after the filling of the mold with the material forming the shell frame and the outer shell; removing the shaping elements; drying, dehydrating and calcinating the implant body formed after the removal of the shaping elements. preparing the outer shape of the implant body considering the shrinking factor of the material of the shell frame and the outer shell by filling a mold with shaping elements being expandable under underpressure, wherein the mold comprises one or multiple openings for venting; filling the mold with a material forming the shell frame and the outer shell of the implant body; applying underpressure to the mold in a closed chamber, wherein the underpressure is applied prior to or after the filling of the mold with the material forming the shell frame and the outer shell; removing the shaping elements; drying, dehydrating and calcinating the implant body formed after the removal of the shaping elements.