mhurhangee/ep-ind-claims huggingface dataset:
A method of estimating response of a medical lead to an electromagnetic field, the method comprising: providing a medical lead having a proximal end, a distal end, at least one electrode disposed along the distal end, at least one terminal disposed along the proximal end, and at least one conductor extending along the medical lead and electrically coupling the at least one electrode to the at least one terminal; individually applying a test field at each of a plurality of test positions along the medical lead using at least one excitation probe; for each application of the test field, determining a response to the application of the test field at one or more of the at least one electrode or at least one terminal; generating a transfer function using a combination of the responses determined for the applications of the test field; and using the transfer function to estimate a response of the medical lead to an electromagnetic field. providing a medical lead having a proximal end, a distal end, at least one electrode disposed along the distal end, at least one terminal disposed along the proximal end, and at least one conductor extending along the medical lead and electrically coupling the at least one electrode to the at least one terminal; individually applying a test field at each of a plurality of test positions along the medical lead using at least one excitation probe; for each application of the test field, determining a response to the application of the test field at one or more of the at least one electrode or at least one terminal; generating a transfer function using a combination of the responses determined for the applications of the test field; and using the transfer function to estimate a response of the medical lead to an electromagnetic field.
A diffuser configured to receive water through a center inlet and to dispense said water through a radial outlet, and into a cylindrical water tank, said diffuser comprising: a first disk equipped with a center inlet and a second similar sized, preferably equal sized disk to be placed parallel to the first disk, said disks being spaced apart by a plurality of struts extending towards said disks, and; a substantially cylindrical space defined by said parallel arranged disks into which water admitted through the center inlet of the first disk flows and from which said water is radially discharged through a radial outlet between the two disks; a plurality of parallel arranged deflection elements extending towards one or both disks from one or both disks, said deflection elements being contained within the cylindrical space between the disks wherein at least one of the disks is domed on the surface facing the inside of the diffuser; characterized in that, the deflection elements are cylindrical, the height of the cylindrical deflection elements is largest at the center of the diffuser and decreases progressively with each subsequent deflection element towards the perimeter of said diffuser. a first disk equipped with a center inlet and a second similar sized, preferably equal sized disk to be placed parallel to the first disk, said disks being spaced apart by a plurality of struts extending towards said disks, and; a substantially cylindrical space defined by said parallel arranged disks into which water admitted through the center inlet of the first disk flows and from which said water is radially discharged through a radial outlet between the two disks; a plurality of parallel arranged deflection elements extending towards one or both disks from one or both disks, said deflection elements being contained within the cylindrical space between the disks wherein at least one of the disks is domed on the surface facing the inside of the diffuser; characterized in that, the deflection elements are cylindrical, the height of the cylindrical deflection elements is largest at the center of the diffuser and decreases progressively with each subsequent deflection element towards the perimeter of said diffuser.
A vacuum cleaner, comprising a hand-held device, wherein the hand-held device comprises: a housing defining an air inlet and an air blowing port at a front end thereof, the air blowing port being disposed adjacent to the air inlet; a dust cup disposed in the housing and connected with the air inlet; and an electric motor defining a motor chamber in communication with the dust cup; characterized in that, an outlet filter, which is configured as a high efficiency particulate air filter or a filter cotton, is provided between the dust cup and the electric motor. a housing defining an air inlet and an air blowing port at a front end thereof, the air blowing port being disposed adjacent to the air inlet; a dust cup disposed in the housing and connected with the air inlet; and an electric motor defining a motor chamber in communication with the dust cup; characterized in that, an outlet filter, which is configured as a high efficiency particulate air filter or a filter cotton, is provided between the dust cup and the electric motor.
A battery module comprising: a battery cell assembly having a plurality of battery cells; a front cover comprising an upper wall, a lower wall, a left wall, and a right wall, which form an inner space; a module case accommodating the battery cell assembly in the inner space, coupled to the front cover, and comprising a cover portion that has a portion protruding to face at least one of the upper wall, the lower wall, the left wall, and the right wall, wherein the cover portion and the at least one of the upper wall, the lower wall, the left wall, and the right wall of the front cover form a double layer. a battery cell assembly having a plurality of battery cells; a front cover comprising an upper wall, a lower wall, a left wall, and a right wall, which form an inner space; a module case accommodating the battery cell assembly in the inner space, coupled to the front cover, and comprising a cover portion that has a portion protruding to face at least one of the upper wall, the lower wall, the left wall, and the right wall, wherein the cover portion and the at least one of the upper wall, the lower wall, the left wall, and the right wall of the front cover form a double layer.
A method of processing data for a driving automation system, the method comprising steps of: obtaining sound data from a microphone of an autonomous vehicle; processing the sound data to obtain a sound pattern relating to another vehicle within the surroundings of the autonomous vehicle; comparing the sound pattern with at least one sound signature to determine a type of sound corresponding to the sound pattern, the at least one sound signature being indicative of a respective type of sound, wherein the type of sound is one of braking or skidding of a vehicle; and updating a context of the autonomous vehicle based on the type of sound. obtaining sound data from a microphone of an autonomous vehicle; processing the sound data to obtain a sound pattern relating to another vehicle within the surroundings of the autonomous vehicle; comparing the sound pattern with at least one sound signature to determine a type of sound corresponding to the sound pattern, the at least one sound signature being indicative of a respective type of sound, wherein the type of sound is one of braking or skidding of a vehicle; and updating a context of the autonomous vehicle based on the type of sound.
A method for processing a radioactive liquid waste comprising: a molar ratio control step of adding an alkali metal or an alkali metal compound to a radioactive liquid waste containing boron to control an alkali metal/boron molar ratio in the radioactive liquid waste to be 0.8 or more; a drying step of drying the radioactive liquid waste having the controlled molar-ratio using a dryer to form a powdered waste; a dissolving step of mixing the powdered waste with kneading water to prepare a solution; and a kneading step of adding a hydraulic inorganic solidifying material to the solution, and kneading the hydraulic inorganic solidifying material and the solution for solidification. a molar ratio control step of adding an alkali metal or an alkali metal compound to a radioactive liquid waste containing boron to control an alkali metal/boron molar ratio in the radioactive liquid waste to be 0.8 or more; a drying step of drying the radioactive liquid waste having the controlled molar-ratio using a dryer to form a powdered waste; a dissolving step of mixing the powdered waste with kneading water to prepare a solution; and a kneading step of adding a hydraulic inorganic solidifying material to the solution, and kneading the hydraulic inorganic solidifying material and the solution for solidification.
An image processing system, comprising: - one or more input interfaces configured for receiving i) a first input image acquired of an object by an X-ray imaging apparatus at a first geometrical configuration of the imaging apparatus and ii) a specification of a change from said first geometrical configuration to a second geometrical configuration of the imaging apparatus; and - an up-sampler configured to compute, based on the said specification, at least one new image of the object by extrapolation from said first input image; - a display unit; and - a visualizer configured to effect on the display unit, a sequential visualization of, first, said first input image, then of said at least one new image, and then of a second image acquired at the second geometrical configuration. - one or more input interfaces configured for receiving i) a first input image acquired of an object by an X-ray imaging apparatus at a first geometrical configuration of the imaging apparatus and ii) a specification of a change from said first geometrical configuration to a second geometrical configuration of the imaging apparatus; and - an up-sampler configured to compute, based on the said specification, at least one new image of the object by extrapolation from said first input image; - a display unit; and - a visualizer configured to effect on the display unit, a sequential visualization of, first, said first input image, then of said at least one new image, and then of a second image acquired at the second geometrical configuration.
An information indication method, comprising: determining, by a terminal device, time domain requirement information of data transmission, wherein the time domain requirement information comprises at least one of time adjustment information, jitter time information, time domain resource information, latest sending time information, and remaining duration of the data transmission, the time adjustment information is used to indicate allocation of a resource for the data transmission, the jitter time information is used to indicate a time range in which the data is generated, the time domain resource information is used to indicate a sending time of the data, and the latest sending time information and/or the remaining duration is used to indicate a latest sending time of the data; and sending, by the terminal device, the time domain requirement information to a network device; wherein the time domain requirement information comprises the time adjustment information; and the method further comprises: receiving, by the terminal device, an acknowledgment message sent by the network device; and transmitting, by the terminal device, the data by using the resource indicated by the time adjustment information. determining, by a terminal device, time domain requirement information of data transmission, wherein the time domain requirement information comprises at least one of time adjustment information, jitter time information, time domain resource information, latest sending time information, and remaining duration of the data transmission, the time adjustment information is used to indicate allocation of a resource for the data transmission, the jitter time information is used to indicate a time range in which the data is generated, the time domain resource information is used to indicate a sending time of the data, and the latest sending time information and/or the remaining duration is used to indicate a latest sending time of the data; and sending, by the terminal device, the time domain requirement information to a network device; wherein the time domain requirement information comprises the time adjustment information; and the method further comprises: receiving, by the terminal device, an acknowledgment message sent by the network device; and transmitting, by the terminal device, the data by using the resource indicated by the time adjustment information. receiving, by the terminal device, an acknowledgment message sent by the network device; and transmitting, by the terminal device, the data by using the resource indicated by the time adjustment information.
Applicator of jointing tape for joining two sheets of plasterboard, the applicator comprising a dispenser device for dispensing a jointing tape from a roll and a mud chamber through which the tape is unrolled in use, the chamber having, with reference to the use position, a tape inlet slot formed between a free end of a rear wall of the chamber and a first free end of a lower wall of the chamber, and a tape outlet slot formed between a free end of a frontal wall of the chamber and a second free end of the lower wall of the chamber, the chamber also comprising an upper wall and two side walls, one of which constitutes a removable side cover for accessing the inside of the chamber, wherein the lower wall comprises an orifice provided with a removable stopper for accessing the interior of the chamber, the orifice being directed towards the upper wall of the chamber, characterized in that at least one of the side walls has two fixing hooks that are intended, while the chamber is being filled with mud, to allow the applicator to be fixed against an edge of a bucket of mud, such that the stopper and the lower wall of the chamber are directed upwards.
A method for manufacturing a ceramic core blank for the manufacture of hollow turbomachine blades using the technique of lost wax casting, the blank being manufactured by additive manufacturing and comprising: - at least one first part for forming the cavities of the hollow blades, - at least one second part configured to allow the positioning of the core in a wax mold, the second part and the first part being positioned and held with respect to one another by means of a temporary junction portion interposed between the first part and the second part, - at least one through orifice extending through the second part, the temporary junction portion and the first part, a first end of the through orifice opening to an outer face of the second part, and a second end of the through orifice opening to an outer face of the first part. - at least one first part for forming the cavities of the hollow blades, - at least one second part configured to allow the positioning of the core in a wax mold, the second part and the first part being positioned and held with respect to one another by means of a temporary junction portion interposed between the first part and the second part, - at least one through orifice extending through the second part, the temporary junction portion and the first part, a first end of the through orifice opening to an outer face of the second part, and a second end of the through orifice opening to an outer face of the first part.
A method of diagnosing whether a subject has colon, pancreas or prostate cancer comprising: measuring the level of at least a first miR-32 gene product in a colon, pancreas or prostate tissue sample from the subject, wherein an alteration in the level of the first miR-32 gene product in the sample, relative to the level of the first miR-32 gene product in a control sample, is indicative of the subject having colon, pancreas or prostate cancer. measuring the level of at least a first miR-32 gene product in a colon, pancreas or prostate tissue sample from the subject, wherein an alteration in the level of the first miR-32 gene product in the sample, relative to the level of the first miR-32 gene product in a control sample, is indicative of the subject having colon, pancreas or prostate cancer.
A method for repairing a component having a substrate comprising an outer surface and an inner surface, wherein the inner surface defines at least one hollow, interior space, wherein one or more grooves, extend at least partially along the component, the component further comprising a structural coating disposed over at least a portion of the outer surface of the substrate, a bond coating disposed over the structural coating, and a thermal barrier coating disposed over the bond coating, wherein the structural coating comprises an inner structural coating layer disposed on the outer surface of the substrate and an outer structural coating layer disposed on the inner structural coating layer, wherein each groove is formed at least partially in the inner structural coating layer and wherein the outer structural layer bridges the groove, wherein the one or more grooves have a base and a top, and wherein each of the respective one or more grooves narrow at the respective top thereof, such that each groove comprises a re-entrant shaped groove, and wherein the one or more grooves and the outer structural coating together define one or more channels for cooling the component, the repair method comprising: removing the thermal barrier coating; removing the bond coating; removing at least a portion of the outer structural coating layer in a vicinity of a damaged portion of the inner structural coating layer; performing a repair operation on the damaged portion of the inner structural coating layer; applying a repair outer structural coating layer without the use of a sacrificial filler over any exposed portions of the inner structural coating layer comprising one or more re-entrant shaped groove(s), such that the repair outer structural coating layer is applied over open ones of the re-entrant shaped groove(s); applying a bond coating over the repair outer structural coating; and applying a thermal barrier coating over the repair bond coating. removing the thermal barrier coating; removing the bond coating; removing at least a portion of the outer structural coating layer in a vicinity of a damaged portion of the inner structural coating layer; performing a repair operation on the damaged portion of the inner structural coating layer; applying a repair outer structural coating layer without the use of a sacrificial filler over any exposed portions of the inner structural coating layer comprising one or more re-entrant shaped groove(s), such that the repair outer structural coating layer is applied over open ones of the re-entrant shaped groove(s); applying a bond coating over the repair outer structural coating; and applying a thermal barrier coating over the repair bond coating.
A power-assisted bicycle comprising: an electric motor for assisting pedal force applied by a rider to pedals; a battery (30, 130) for supplying power to the electric motor, said battery (30, 130) detachable mounted on bicycle body; a terminal (31, 131) provided in the battery (30, 130); a terminal (43, 143) provided in the bicycle body; and a lock mechanism (41, 41a, 42a, 141, 141a, 142a) for locking the battery (30, 130) in a state in which the terminal (43, 143) of the bicycle body and the terminal (31, 131) of the battery (30, 130) are in contact with each other when the battery (30, 130) is mounted on the bicycle body; characterized by a separation mechanism (44a, 144) configured to automatically separate the terminal (43, 143) of the bicycle body and the terminal (31, 131) of the battery (30, 130) when the lock mechanism (41, 41a, 42a, 141, 141a, 142a) is released. an electric motor for assisting pedal force applied by a rider to pedals; a battery (30, 130) for supplying power to the electric motor, said battery (30, 130) detachable mounted on bicycle body; a terminal (31, 131) provided in the battery (30, 130); a terminal (43, 143) provided in the bicycle body; and a lock mechanism (41, 41a, 42a, 141, 141a, 142a) for locking the battery (30, 130) in a state in which the terminal (43, 143) of the bicycle body and the terminal (31, 131) of the battery (30, 130) are in contact with each other when the battery (30, 130) is mounted on the bicycle body; characterized by a separation mechanism (44a, 144) configured to automatically separate the terminal (43, 143) of the bicycle body and the terminal (31, 131) of the battery (30, 130) when the lock mechanism (41, 41a, 42a, 141, 141a, 142a) is released.
Agitator device, in particular axially conveying agitator device, for stirring, mixing, homogenizing, dispersing and/or suspending, in particular abrasive media, with at least one stirring blade which is configured to rotate around a rotary axis, and with a contour unit which is configured for a wear-down reduction of the at least one stirring blade (10, which is realized as a geometric unit and/or a geometric shaping of the at least one stirring blade and which is arranged and/or fastened on and/or at least partially in contact with at least one surface and/or at least one portion of the at least one stirring blade, the contour unit and/or at least one element of the contour unit being arranged in an abrasion-prone place, wherein the contour unit comprises at least one contour curvature element which is formed by a curved portion of the at least one stirring blade and has a smaller bending radius than at least one stirring blade curvature of the at least one stirring blade (10, characterised in that the at least one contour curvature element has a bending axis including, in a viewing direction along the rotary axis, an angle γ between 15° and 75° with a stirring blade front edge of the at least one stirring blade, subsequently to the stirring blade front edge in a rotary direction of the at least one stirring blade. with at least one stirring blade which is configured to rotate around a rotary axis, and with a contour unit which is configured for a wear-down reduction of the at least one stirring blade (10, which is realized as a geometric unit and/or a geometric shaping of the at least one stirring blade and which is arranged and/or fastened on and/or at least partially in contact with at least one surface and/or at least one portion of the at least one stirring blade, the contour unit and/or at least one element of the contour unit being arranged in an abrasion-prone place, wherein the contour unit comprises at least one contour curvature element which is formed by a curved portion of the at least one stirring blade and has a smaller bending radius than at least one stirring blade curvature of the at least one stirring blade (10, characterised in that the at least one contour curvature element has a bending axis including, in a viewing direction along the rotary axis, an angle γ between 15° and 75° with a stirring blade front edge of the at least one stirring blade, subsequently to the stirring blade front edge in a rotary direction of the at least one stirring blade.