mhurhangee/ep-ind-claims huggingface dataset:
A simulation firearm system, comprising: a body; a linear motor attached to the body, the linear motor having at least two independent magnetic coils and a sliding mass having at least one magnet that magnetically interacts with at least one of the at least two independent magnetic coils when an electrical current is passed through at least one of the at least two independent magnetic coils; a controller that controls movement of the sliding mass by controlling the electrical current going to at least one of the at least two independent magnetic coils, using pulse-width modulation, such that the sliding mass produces a force on the body that simulates a haptic effect. a body; a linear motor attached to the body, the linear motor having at least two independent magnetic coils and a sliding mass having at least one magnet that magnetically interacts with at least one of the at least two independent magnetic coils when an electrical current is passed through at least one of the at least two independent magnetic coils; a controller that controls movement of the sliding mass by controlling the electrical current going to at least one of the at least two independent magnetic coils, using pulse-width modulation, such that the sliding mass produces a force on the body that simulates a haptic effect.
A computer-implemented method for detecting biological cells comprising - Obtaining multiple lens-free microscopy images, depicting the biological cells; - Training a convolutional neural network, using annotated training data, wherein the annotated training data comprise fluorescence images and/or videos of biological cells; and - Generating a probability map by regression of the trained convolutional neural network for one of the lens-free microscopy images, the probability map indicating probabilities for the presence of the biological cells at multiple regions, in particular pixels, of the one lens-free microscopy image; and - determining a cell lineage forest indicating at least the localisation of some of the biological cells over the sequence of the multiple lens-free microscopy images, based on the generated probability maps, one for each of the multiple lens-free microscopy images. - Obtaining multiple lens-free microscopy images, depicting the biological cells; - Training a convolutional neural network, using annotated training data, wherein the annotated training data comprise fluorescence images and/or videos of biological cells; and - Generating a probability map by regression of the trained convolutional neural network for one of the lens-free microscopy images, the probability map indicating probabilities for the presence of the biological cells at multiple regions, in particular pixels, of the one lens-free microscopy image; and - determining a cell lineage forest indicating at least the localisation of some of the biological cells over the sequence of the multiple lens-free microscopy images, based on the generated probability maps, one for each of the multiple lens-free microscopy images.
Cabinet comprising a rear wall having a rear external face which can bear on a receiving surface and equipped with an actuating rod of an electric removal detection element, subjected to an elastic element and movable between a position of rest in which the electric removal detection element is not applied and a released position projecting relative to said external rear face in which the electronic removal detection element is applied, one end of the actuating rod being able to bear on said receiving surface through said rear wall, in which said rear wall comprises a dividable part which has a hole for the passage of a securing screw, said dividable part comprising a dividable portion which projects to the outside relative to the external face of said rear wall, one end of the actuating rod being, in this position of rest, arranged on said dividable portion, said dividable part being designed to be separated such that said end of the actuating rod is in said position of rest, bearing on said receiving surface through a hole left by said dividable portion when the latter is separated.
A fault detection system for a wye-ring of a doubly-fed induction generator (DFIG) of a wind turbine, the wye-ring configured for at least three electrical phases, said fault detection system comprising: a data acquisition system comprising sensors, characterized by said data acquisition system comprising at least three sensors, each sensor of said at least three sensors configured to electrically couple with and measure a respective voltage of each phase of the at least three electrical phases of the wye-ring; and the fault detection system comprising: an alert system coupled to said data acquisition system, said alert system configured to apply a Fourier transform to the respective measured voltages of each phase of the at least three electrical phases of the wye-ring, the alert system further configured to provide an indication of a condition of the wye-ring based upon the transformed measured voltages. a data acquisition system comprising sensors, characterized by said data acquisition system comprising at least three sensors, each sensor of said at least three sensors configured to electrically couple with and measure a respective voltage of each phase of the at least three electrical phases of the wye-ring; and the fault detection system comprising: an alert system coupled to said data acquisition system, said alert system configured to apply a Fourier transform to the respective measured voltages of each phase of the at least three electrical phases of the wye-ring, the alert system further configured to provide an indication of a condition of the wye-ring based upon the transformed measured voltages.
A device for the removal of adipose tissue with needles configured to remove the adipose tissue, the device comprising a needle hub that comprises a plurality of needles each of which contains between 1-1000 holes around the diameter of a needle barrel which allows passage of adipose tissue and other lipoaspirate.
An aircraft gas pressure equalization system comprising: a gas supply line having a supply valve; and an equilibrium gas line joined at junctions with the gas supply line upstream and downstream from the supply valve, and in flow communication with the gas supply line, the equilibrium gas line having an equilibrium valve and a flow restrictor, the equilibrium valve having an exit orifice and the flow restrictor being offset from the exit orifice of the equilibrium valve; characterised by the supply valve being one of a ball valve and a butterfly valve, and the equilibrium valve is one of a ball valve and a butterfly valve; and wherein: (i) one or more pressure sensors (190, 191) are disposed in respective portions (115A, 115B) of the gas supply line for determining upstream and downstream pressures; or (ii) the supply valve is arranged to be opened a predetermined time period after the equilibrium valve is opened. a gas supply line having a supply valve; and an equilibrium gas line joined at junctions with the gas supply line upstream and downstream from the supply valve, and in flow communication with the gas supply line, the equilibrium gas line having an equilibrium valve and a flow restrictor, the equilibrium valve having an exit orifice and the flow restrictor being offset from the exit orifice of the equilibrium valve; characterised by the supply valve being one of a ball valve and a butterfly valve, and the equilibrium valve is one of a ball valve and a butterfly valve; and wherein: (i) one or more pressure sensors (190, 191) are disposed in respective portions (115A, 115B) of the gas supply line for determining upstream and downstream pressures; or (ii) the supply valve is arranged to be opened a predetermined time period after the equilibrium valve is opened. (i) one or more pressure sensors (190, 191) are disposed in respective portions (115A, 115B) of the gas supply line for determining upstream and downstream pressures; or (ii) the supply valve is arranged to be opened a predetermined time period after the equilibrium valve is opened.
A battery powered pumping skid system for use subsea (1, 2), comprising: a. a subsea device compatible frame, comprising: i. a battery compartment (104, 106); and ii. a separate equipment compartment (102, 105, 109); b. a battery disposed within the battery compartment (104, 106); c. a motor operatively connected to the battery and disposed within the equipment compartment (102, 105, 109); d. a pump operatively connected to the motor and disposed within the equipment compartment (102, 105, 109); and e. a motor controller operatively connected to the battery and the motor and disposed within the equipment compartment (102, 105, 109) and operative to drive the motor using energy supplied by the battery. a. a subsea device compatible frame, comprising: i. a battery compartment (104, 106); and ii. a separate equipment compartment (102, 105, 109); i. a battery compartment (104, 106); and ii. a separate equipment compartment (102, 105, 109); b. a battery disposed within the battery compartment (104, 106); c. a motor operatively connected to the battery and disposed within the equipment compartment (102, 105, 109); d. a pump operatively connected to the motor and disposed within the equipment compartment (102, 105, 109); and e. a motor controller operatively connected to the battery and the motor and disposed within the equipment compartment (102, 105, 109) and operative to drive the motor using energy supplied by the battery.
An electrode sensor comprising: a solid conductive polymeric substrate shaped as electrode sensor or portion of an electrode sensor, having a contact surface configured to be in contact with the skin of a subject; characterised in that the electrode sensor further comprises a layer of silver-coated particles distributed on and thermally embedded into only the contact surface of the substrate. a solid conductive polymeric substrate shaped as electrode sensor or portion of an electrode sensor, having a contact surface configured to be in contact with the skin of a subject; characterised in that the electrode sensor further comprises a layer of silver-coated particles distributed on and thermally embedded into only the contact surface of the substrate.
A method of communicating, by a first device (101, 103), with at least one second device (111, 112, 113, 114) in a wireless local area network, hereinafter referred to as WLAN, system, the method comprising: allocating a multiple resource unit, hereinafter referred to as multi-RU, within a bandwidth to one of the at least one second device (111, 112, 113, 114), the multi-RU including two or more single RU; generating at least one subfield defining the multi-RU; generating a trigger frame comprising a user information field comprising the at least one subfield; and transmitting a physical protocol layer data unit, hereinafter referred to as PPDU, comprising the trigger frame to the at least one second device, wherein the generating the at least one subfield comprises: setting at least seven bits indicating the multi-RU; when the bandwidth corresponds to two subbands, setting a first bit as a value defining a subband that includes the multi-RU and setting a second bit associated with the multi-RU; and when the bandwidth includes at least four subbands, setting at least two bits including the first and second bits as a value defining a subband that includes the multi-RU. allocating a multiple resource unit, hereinafter referred to as multi-RU, within a bandwidth to one of the at least one second device (111, 112, 113, 114), the multi-RU including two or more single RU; generating at least one subfield defining the multi-RU; generating a trigger frame comprising a user information field comprising the at least one subfield; and transmitting a physical protocol layer data unit, hereinafter referred to as PPDU, comprising the trigger frame to the at least one second device, wherein the generating the at least one subfield comprises: setting at least seven bits indicating the multi-RU; when the bandwidth corresponds to two subbands, setting a first bit as a value defining a subband that includes the multi-RU and setting a second bit associated with the multi-RU; and when the bandwidth includes at least four subbands, setting at least two bits including the first and second bits as a value defining a subband that includes the multi-RU. setting at least seven bits indicating the multi-RU; when the bandwidth corresponds to two subbands, setting a first bit as a value defining a subband that includes the multi-RU and setting a second bit associated with the multi-RU; and when the bandwidth includes at least four subbands, setting at least two bits including the first and second bits as a value defining a subband that includes the multi-RU.
A graft polymer comprising: a block copolymer backbone as a graft base, wherein said block copolymer backbone is obtainable by polymerization of at least two monomers selected from the group of ethylene oxide, 1,2-propylene oxide, 1,2-butylene oxide, 2,3-butylene oxide, 1,2-pentene oxide or 2,3-pentene oxide, wherein the number (x) of individual blocks within the block copolymer backbone is an integer, wherein x is from 3 to 10, and polymeric sidechains grafted onto the block copolymer backbone, wherein said polymeric sidechains are obtainable by polymerization of at least one vinyl ester monomer and optionally N-vinylpyrrolidone as optional further monomer. a block copolymer backbone as a graft base, wherein said block copolymer backbone is obtainable by polymerization of at least two monomers selected from the group of ethylene oxide, 1,2-propylene oxide, 1,2-butylene oxide, 2,3-butylene oxide, 1,2-pentene oxide or 2,3-pentene oxide, wherein the number (x) of individual blocks within the block copolymer backbone is an integer, wherein x is from 3 to 10, and polymeric sidechains grafted onto the block copolymer backbone, wherein said polymeric sidechains are obtainable by polymerization of at least one vinyl ester monomer and optionally N-vinylpyrrolidone as optional further monomer.
A compound of Formula for use in preventing or treating an infection or a disease caused by an infection, wherein the compound has the following structure:
A fan nozzle for a gas turbine engine, comprising: a fan cowl positioned about a longitudinal central axis and being formed of an upper portion and a lower portion, the upper portion of the fan cowl having a first radius with respect to the longitudinal central axis at a trailing rim of the fan cowl, the lower portion of the fan cowl having a second radius with respect to the longitudinal central axis at the trailing rim of the fan cowl, wherein the first radius is constant and the second radius varies, and the second radius is less than the first radius; a core engine cowl disposed within the fan cowl and positioned about the longitudinal central axis, the core engine cowl being formed of an upper portion and a lower portion, the upper portion of the core engine cowl having a third radius with respect to the longitudinal central axis at a trailing rim of the core engine cowl, the upper portion of the core engine cowl being formed of a left arcuate member and a right arcuate member, the lower portion of the core engine cowl having a fourth radius with respect to the longitudinal central axis at the trailing rim of the core engine cowl, wherein the third radius varies and the fourth radius is constant, and the third radius is less than the fourth radius; and an air flow area (A1, A2) being defined between the fan cowl and the core engine cowl. a fan cowl positioned about a longitudinal central axis and being formed of an upper portion and a lower portion, the upper portion of the fan cowl having a first radius with respect to the longitudinal central axis at a trailing rim of the fan cowl, the lower portion of the fan cowl having a second radius with respect to the longitudinal central axis at the trailing rim of the fan cowl, wherein the first radius is constant and the second radius varies, and the second radius is less than the first radius; a core engine cowl disposed within the fan cowl and positioned about the longitudinal central axis, the core engine cowl being formed of an upper portion and a lower portion, the upper portion of the core engine cowl having a third radius with respect to the longitudinal central axis at a trailing rim of the core engine cowl, the upper portion of the core engine cowl being formed of a left arcuate member and a right arcuate member, the lower portion of the core engine cowl having a fourth radius with respect to the longitudinal central axis at the trailing rim of the core engine cowl, wherein the third radius varies and the fourth radius is constant, and the third radius is less than the fourth radius; and an air flow area (A1, A2) being defined between the fan cowl and the core engine cowl.
An imaging apparatus for diagnosis acquiring information of an inside of a blood vessel and reconstructing a vascular image by using a probe that accommodates an imaging core which emits light or ultrasounds toward a lumen surface of a blood vessel of an examinee and detects reflection thereof, so as to rotate the imaging core and to move the imaging core along the probe at a predetermined velocity, characterised by the apparatus comprising: X-ray image acquisition means for continuously acquiring X-ray images of the examinee along a time axis while acquiring the information of the inside of the blood vessel by performing the rotation and the movement of the imaging core; specification means for specifying the vascular-activity occurrence X-ray image based on a degree of correlationship of an adjacent X-ray image with respect to the time axis of the X-ray image which is acquired by the X-ray image acquisition means; determination means for determining a corresponding position of the moving imaging core for imaging timing of the X-ray image which is specified by the specification means; generation means for generating the axially-directed cross-sectional image along the vascular axis based on the information acquired through the rotation and the movement of the imaging core; and display means for displaying a composite result of the axially-directed cross-sectional image which is generated by the generation means and an image which shows the position determined by the determination means. X-ray image acquisition means for continuously acquiring X-ray images of the examinee along a time axis while acquiring the information of the inside of the blood vessel by performing the rotation and the movement of the imaging core; specification means for specifying the vascular-activity occurrence X-ray image based on a degree of correlationship of an adjacent X-ray image with respect to the time axis of the X-ray image which is acquired by the X-ray image acquisition means; determination means for determining a corresponding position of the moving imaging core for imaging timing of the X-ray image which is specified by the specification means; generation means for generating the axially-directed cross-sectional image along the vascular axis based on the information acquired through the rotation and the movement of the imaging core; and display means for displaying a composite result of the axially-directed cross-sectional image which is generated by the generation means and an image which shows the position determined by the determination means.
Method for generating an object that was not found in a cache, in a data processing system with a regenerative cache system having the cache, where the object is an image formed by multiple components or a compound document formed by multiple components, the method comprising: locating at least one component that is related to the object, the at least one component including a component tag and a component payload, the component payload including information related to the image or compound document, and the at least one component being present in either the cache or a storage device (22, 22', 40, 42); upon a determination that there are insufficient components to generate the object based on a syntax of a file structure for the image or compound document, locating at least a further component that is related to the object in either of the cache, the storage device (22, 22', 40, 42), or another storage system, the at least further component including a second component tag and a second component payload, the second component payload at least including additional image or compound document information; the method further being characterized by comprising constructing by the regenerative cache system the object based on an object request identifying a particular ordering of the components at least from the at least one and further components, constructing the object being based on said particular ordering, and storing the object in the cache. locating at least one component that is related to the object, the at least one component including a component tag and a component payload, the component payload including information related to the image or compound document, and the at least one component being present in either the cache or a storage device (22, 22', 40, 42); upon a determination that there are insufficient components to generate the object based on a syntax of a file structure for the image or compound document, locating at least a further component that is related to the object in either of the cache, the storage device (22, 22', 40, 42), or another storage system, the at least further component including a second component tag and a second component payload, the second component payload at least including additional image or compound document information; the method further being characterized by comprising constructing by the regenerative cache system the object based on an object request identifying a particular ordering of the components at least from the at least one and further components, constructing the object being based on said particular ordering, and storing the object in the cache.
A method comprising: communicating between a control part of a multimedia application and a media device using a signalling protocol; characterised in that the method further comprises: creating a media session by interfacing between the control part and media part of the application using offer-answer semantics separately from the signalling protocol used at the multimedia application and thereby controlling media resources in a multimedia application of a media device. communicating between a control part of a multimedia application and a media device using a signalling protocol; characterised in that the method further comprises: creating a media session by interfacing between the control part and media part of the application using offer-answer semantics separately from the signalling protocol used at the multimedia application and thereby controlling media resources in a multimedia application of a media device. creating a media session by interfacing between the control part and media part of the application using offer-answer semantics separately from the signalling protocol used at the multimedia application and thereby controlling media resources in a multimedia application of a media device.