mhurhangee/ep-ind-claims huggingface dataset:
A method for remotely configuring and controlling a client device without user input at the client device, the method comprising: providing usage activities at the client device; limiting usage of the client device by a user at the client device to a first set of the usage activities, wherein the first set includes an interaction activity; receiving, at the client device, an instruction and distributed content from a device controller; based on the received instruction, initiating installation of the distributed content on the client device without receiving any input from the user at the client device to initiate the installation of the distributed content and without receiving any input from the user at the client device during the installation of the distributed content; allowing management of the client device by the device controller according to a second set of the usage activities; receiving touch-related input from the user at the client device, wherein the touch-related input is related to a usage activity of the first set; storing the touch-related input in the client device; and transmitting the touch-related input to the device controller so that the device controller performs data analytics on the touch-related input and displays the data analytics associated with the client device. providing usage activities at the client device; limiting usage of the client device by a user at the client device to a first set of the usage activities, wherein the first set includes an interaction activity; receiving, at the client device, an instruction and distributed content from a device controller; based on the received instruction, initiating installation of the distributed content on the client device without receiving any input from the user at the client device to initiate the installation of the distributed content and without receiving any input from the user at the client device during the installation of the distributed content; allowing management of the client device by the device controller according to a second set of the usage activities; receiving touch-related input from the user at the client device, wherein the touch-related input is related to a usage activity of the first set; storing the touch-related input in the client device; and transmitting the touch-related input to the device controller so that the device controller performs data analytics on the touch-related input and displays the data analytics associated with the client device.
An implantable pulse generator configured to provide therapy to a patient, the IPG comprising: first circuitry (403, 600) configured to boost a first voltage (V bat) to a second voltage (V +), the first circuitry comprising a magnetic-core inductor (407, 503) having an inductance, and second circuitry configured to detect a change in the second voltage (V +), the change in the second voltage indicating a change in the inductance when the IPG is in the presence of an external magnetic field. first circuitry (403, 600) configured to boost a first voltage (V bat) to a second voltage (V +), the first circuitry comprising a magnetic-core inductor (407, 503) having an inductance, and second circuitry configured to detect a change in the second voltage (V +), the change in the second voltage indicating a change in the inductance when the IPG is in the presence of an external magnetic field.
Method of chemically modifying a lithium-based oxide comprising at least one transition metal, which comprises, in succession: - a step of bringing said oxide into contact with an aqueous solution comprising phosphate ions; - a step of separating said oxide from the aqueous solution; and - a step of drying said oxide. - a step of bringing said oxide into contact with an aqueous solution comprising phosphate ions; - a step of separating said oxide from the aqueous solution; and - a step of drying said oxide.
A method comprising: receiving a transmitting soundfield captured at a transmitting location, the transmitting soundfield including a sound source at a location in the transmitting soundfield; determining a location parameter indicating the location of the sound source in the transmitting soundfield; determining whether audio content from the sound source is speech or non-speech; determining a rotation angle for rotating the transmitting soundfield when audio content from the sound source is determined to be speech, the determination of the rotation angle being based on the location parameter and a desired location for the sound source; rotating the transmitting soundfield by the determined rotation angle; obtaining a listener's soundfield based on the rotated transmitting soundfield; and transmitting the listener's soundfield for rendering to a listener through an endpoint device. receiving a transmitting soundfield captured at a transmitting location, the transmitting soundfield including a sound source at a location in the transmitting soundfield; determining a location parameter indicating the location of the sound source in the transmitting soundfield; determining whether audio content from the sound source is speech or non-speech; determining a rotation angle for rotating the transmitting soundfield when audio content from the sound source is determined to be speech, the determination of the rotation angle being based on the location parameter and a desired location for the sound source; rotating the transmitting soundfield by the determined rotation angle; obtaining a listener's soundfield based on the rotated transmitting soundfield; and transmitting the listener's soundfield for rendering to a listener through an endpoint device.
An apparatus to treat a patient, the apparatus comprising: a treatment probe having an elongate axis; an imaging probe comprising an ultrasound probe having an elongate axis that at least partially defines a sagittal image plane; and a processor configured to display ultrasound images obtained with the imaging probe on a screen of a user interface to enable a user to align the treatment probe with the imaging probe, the processor comprising instructions to move the treatment probe to a plurality of physical locations and determine mapping of image coordinates to physical coordinates in response to the plurality of physical locations, the processor being configured to: prompt the user to identify the treatment probe tip in a first location in an image; receive an input that the probe tip has been identified in the first location; provide a first marker identifying the probe tip; prompt the user to identify the treatment probe tip in a second location in the image; receive an input that the probe tip has been identified in the second location; and provide a second marker identifying the probe tip in the second location. a treatment probe having an elongate axis; an imaging probe comprising an ultrasound probe having an elongate axis that at least partially defines a sagittal image plane; and a processor configured to display ultrasound images obtained with the imaging probe on a screen of a user interface to enable a user to align the treatment probe with the imaging probe, the processor comprising instructions to move the treatment probe to a plurality of physical locations and determine mapping of image coordinates to physical coordinates in response to the plurality of physical locations, the processor being configured to: prompt the user to identify the treatment probe tip in a first location in an image; receive an input that the probe tip has been identified in the first location; provide a first marker identifying the probe tip; prompt the user to identify the treatment probe tip in a second location in the image; receive an input that the probe tip has been identified in the second location; and provide a second marker identifying the probe tip in the second location. prompt the user to identify the treatment probe tip in a first location in an image; receive an input that the probe tip has been identified in the first location; provide a first marker identifying the probe tip; prompt the user to identify the treatment probe tip in a second location in the image; receive an input that the probe tip has been identified in the second location; and provide a second marker identifying the probe tip in the second location.
A power supply device that is configured to supply power to a power load of a flying body, comprising: power generation means; a hollow housing including a reserving portion configured to reserve a fuel of the power generation means, and a storage portion configured to store the power generation means; and a connecting portion configured to connect the housing to an airframe of the flying body, wherein the housing has a cylindrical shape long in a front-and-rear direction of the flying body when the housing is connected to the airframe, and is configured to be arranged outside the airframe, and the reserving portion and the storage portion are configured to be arranged in the housing along the front-and-rear direction of the flying body when the housing is connected to the airframe, characterized in that the housing includes a distal end portion having a tapered shape whose diameter is reduced toward a front side in the front-and-rear direction of the flying body when the housing is connected to the airframe, and that the power generation means includes a gas turbine engine; a power generator configured to generate the power by an output of the gas turbine engine, and rotating shafts (60, 50) of the gas turbine engine and the power generator are arranged on the same axis as a center axis of the housing. power generation means; a hollow housing including a reserving portion configured to reserve a fuel of the power generation means, and a storage portion configured to store the power generation means; and a connecting portion configured to connect the housing to an airframe of the flying body, wherein the housing has a cylindrical shape long in a front-and-rear direction of the flying body when the housing is connected to the airframe, and is configured to be arranged outside the airframe, and the reserving portion and the storage portion are configured to be arranged in the housing along the front-and-rear direction of the flying body when the housing is connected to the airframe, characterized in that the housing includes a distal end portion having a tapered shape whose diameter is reduced toward a front side in the front-and-rear direction of the flying body when the housing is connected to the airframe, and that the power generation means includes a gas turbine engine; a power generator configured to generate the power by an output of the gas turbine engine, and rotating shafts (60, 50) of the gas turbine engine and the power generator are arranged on the same axis as a center axis of the housing.
Use of a composite conductive sheet in structural material for aircrafts, characterized in that the composite conductive sheet comprises of a porous carrier with low surface density and conductive medium uniformly attached on the carrier; wherein the porous carrier with low surface density is selected from porous fabric, non-woven cloth, and polymer film, and has a thickness of 5 μm to 80 μm and a surface density of 5 g/m 2 to 30 g/m 2; and wherein the conductive medium is selected from silver nano-wire, or a mixture of the silver nano-wire and at least one material selected from a group consisting of carbon nanotube, graphene and conductive microfiber.
A composition for use in a method of treating a peripheral neuropathy disorder, the composition comprising an effective amount of pirenzepine or salt thereof and a pharmacologically acceptable carrier and/or an excipient; wherein the peripheral neuropathy is one of a chemotherapy-induced peripheral neuropathy, a compression-induced peripheral neuropathy, a peripheral neuropathy induced by an exposure to toxic agent, cancer or tumor induced neuropathy, an immune-mediated peripheral neuropathy, a peripheral neuropathy induced by an infection or infectious disease, a genetically acquired peripheral neuropathy, a idiopathic neuropathy, a surgically-induced neuropathy, polyneuropathy, mononeuropathy, or an acute pain autonomic neuropathy.
An unmanned aerial vehicle for application of an active ingredient to agricultural crops, comprising: - at least one liquid reservoir, - at least one liquid application unit, - at least one operating unit, - at least one sensor unit, wherein the at least one liquid reservoir is configured to hold a liquid comprising an active ingredient; wherein, the at least one liquid application unit is in fluid communication with the at least one liquid reservoir; wherein, the at least one operating unit is configured to enable the unmanned aerial vehicle to fly; wherein the at least one sensor unit is configured to determine sense information comprising sensing a functioning of the at least one liquid application unit, and wherein a processing unit is configured to determine an instruction for the unmanned aerial vehicle to dock with a base station and to clean, repair and/or exchange the at least one liquid application unit or a part of it, wherein the determination comprises utilization of sense information of the operability of the at least one liquid application unit. - at least one liquid reservoir, - at least one liquid application unit, - at least one operating unit, - at least one sensor unit, wherein the at least one liquid reservoir is configured to hold a liquid comprising an active ingredient; wherein, the at least one liquid application unit is in fluid communication with the at least one liquid reservoir; wherein, the at least one operating unit is configured to enable the unmanned aerial vehicle to fly; wherein the at least one sensor unit is configured to determine sense information comprising sensing a functioning of the at least one liquid application unit, and wherein a processing unit is configured to determine an instruction for the unmanned aerial vehicle to dock with a base station and to clean, repair and/or exchange the at least one liquid application unit or a part of it, wherein the determination comprises utilization of sense information of the operability of the at least one liquid application unit.
A pinch detection device, for detecting the occurrence of pinch during closing of one pair of sliding doors ( 11 A, 11 B), comprising: a first door front edge rubber to be attached to an edge portion in a closing movement direction of one sliding door ( 11 A) of the one pair of sliding doors ( 11 A, 11 B); and a second door front edge rubber to be attached to an edge portion in a closing movement direction of another sliding door ( 11 B) of the one pair of sliding doors ( 11 A, 11 B), wherein the first door front edge rubber includes a recessed portion, which is open toward the second door front edge rubber, with a linear shape pressure sensitive sensor ( 5 A), which is sensitive to a pressure in the event of pinch, being disposed in that recessed portion, characterized in that the pinch detection device includes a holding member, which holds the pressure sensitive sensor ( 5 A) on an exterior of the first door front edge rubber and comprises an elastic body with a hollow portion therein, with the pressure sensitive sensor ( 5 A) disposed in the recessed portion being accommodated and held in that hollow portion. a first door front edge rubber to be attached to an edge portion in a closing movement direction of one sliding door ( 11 A) of the one pair of sliding doors ( 11 A, 11 B); and a second door front edge rubber to be attached to an edge portion in a closing movement direction of another sliding door ( 11 B) of the one pair of sliding doors ( 11 A, 11 B), wherein the first door front edge rubber includes a recessed portion, which is open toward the second door front edge rubber, with a linear shape pressure sensitive sensor ( 5 A), which is sensitive to a pressure in the event of pinch, being disposed in that recessed portion, characterized in that the pinch detection device includes a holding member, which holds the pressure sensitive sensor ( 5 A) on an exterior of the first door front edge rubber and comprises an elastic body with a hollow portion therein, with the pressure sensitive sensor ( 5 A) disposed in the recessed portion being accommodated and held in that hollow portion.
A biometric authentication device comprising: a function module which executes a predetermined function; a biometric information acquisition unit which acquires biometric information of a user; a distance measurement unit which measures a distance to the user to output a measured value of the distance; a storage unit which stores data representing biometric information of a registrant; a biometric authentication unit which compares the acquired biometric information of the user with the biometric information of the registrant and authenticates the user when the biometric information of the user matches the biometric information of the registrant; a determination unit which determines whether or not to allow use of the predetermined function according to a temporal change of the measured value of the distance after the user has been authenticated; and a function control unit which controls enabling and disabling of the function module based on a determination result of the determination unit, characterized in that the determination unit determines to allow the use of the predetermined function when a trajectory of the temporal change of the measured value of the distance after the user has been authenticated reaches within an activation range without the trajectory deviating from a predetermined tolerable range which shifts to get closer to the activation range in response to an elapsed time from the time when the user has been authenticated. a function module which executes a predetermined function; a biometric information acquisition unit which acquires biometric information of a user; a distance measurement unit which measures a distance to the user to output a measured value of the distance; a storage unit which stores data representing biometric information of a registrant; a biometric authentication unit which compares the acquired biometric information of the user with the biometric information of the registrant and authenticates the user when the biometric information of the user matches the biometric information of the registrant; a determination unit which determines whether or not to allow use of the predetermined function according to a temporal change of the measured value of the distance after the user has been authenticated; and a function control unit which controls enabling and disabling of the function module based on a determination result of the determination unit, characterized in that the determination unit determines to allow the use of the predetermined function when a trajectory of the temporal change of the measured value of the distance after the user has been authenticated reaches within an activation range without the trajectory deviating from a predetermined tolerable range which shifts to get closer to the activation range in response to an elapsed time from the time when the user has been authenticated.
Ion exchange apparatus for use in ion exchange processes, in particular for changing the material composition of a solution, having a plurality of columns through which fluid can flow, each column having a first inflow/outflow end and a second inflow/outflow end and with a plurality of media paths, wherein each inflow/outflow end (2, 3) can be coupled to at least two media paths; wherein each media path has one or more inlets and the media paths have one or more outlets, characterised in that a crossing is provided between adjacent columns, which crossing is implemented by means of four valves (YX11, YX12, YX13, YX14) connected to one another via H-piping and by means of which any number of adjacent columns can be operated in series, wherein the first inflow/outflow ends and the second inflow/outflow ends of two neighbouring columns can be coupled to one another in any desired manner by means of the intersection to provide a fluid path. having a plurality of columns through which fluid can flow, each column having a first inflow/outflow end and a second inflow/outflow end and with a plurality of media paths, wherein each inflow/outflow end (2, 3) can be coupled to at least two media paths; wherein each media path has one or more inlets and the media paths have one or more outlets, characterised in that a crossing is provided between adjacent columns, which crossing is implemented by means of four valves (YX11, YX12, YX13, YX14) connected to one another via H-piping and by means of which any number of adjacent columns can be operated in series, wherein the first inflow/outflow ends and the second inflow/outflow ends of two neighbouring columns can be coupled to one another in any desired manner by means of the intersection to provide a fluid path.
A method for making an optical element comprising: a zinc sulfide layer; a polymer adhered to a surface of the zinc sulfide layer; wherein a coupling agent forming a disulfide bond is disposed between the zinc sulfide layer and the polymer; wherein the coupling agent has a functional group that forms a contact product with the polymer, wherein the polymer is an organic polymer which is an acrylic polymer, an acrylate polymer, a styrene polymer, a urethane polymer, an epoxy polymer, a polyester polymer, a polyvinyl polymer, a phenoxy polymer, a nylon polymer, a melamine polymer, a fluorinated polymer, a polyvinyl alcohol polymer, or a silicone polymer; and wherein the optical element is a lens, an optical window, a sensor, a detector, a dome, or a beam splitter; the method comprising attaching the organic polymer to the zinc sulfide layer; and further comprising treating an isothiouronium salt with a basic compound to form the coupling agent. a zinc sulfide layer; a polymer adhered to a surface of the zinc sulfide layer; wherein a coupling agent forming a disulfide bond is disposed between the zinc sulfide layer and the polymer; wherein the coupling agent has a functional group that forms a contact product with the polymer, wherein the polymer is an organic polymer which is an acrylic polymer, an acrylate polymer, a styrene polymer, a urethane polymer, an epoxy polymer, a polyester polymer, a polyvinyl polymer, a phenoxy polymer, a nylon polymer, a melamine polymer, a fluorinated polymer, a polyvinyl alcohol polymer, or a silicone polymer; and wherein the optical element is a lens, an optical window, a sensor, a detector, a dome, or a beam splitter; the method comprising attaching the organic polymer to the zinc sulfide layer; and further comprising treating an isothiouronium salt with a basic compound to form the coupling agent.
A nicotinamide composition for use in the treatment of hand-foot skin reaction induced by sorafenib, characterized in that, the composition consists of nicotinamide and sorafenib, wherein nicotinamide has a chemical name of 3-pyridinecarboxamide, a molecular formula of C 6 H 6 N 2 O, and a molecular weight of 122.13, and sorafenib has a chemical name of 4-{4-[({4-chloro-3-(trifluoromethyl)phenyl]amino}carbonyl)amino]phenoxy}-N-methylpyridine-2-carboxamide, a molecular formula of C 21 H 16 ClF 3 N 4 O 3, and a molecular weight of 464.83. wherein nicotinamide has a chemical name of 3-pyridinecarboxamide, a molecular formula of C 6 H 6 N 2 O, and a molecular weight of 122.13, and sorafenib has a chemical name of 4-{4-[({4-chloro-3-(trifluoromethyl)phenyl]amino}carbonyl)amino]phenoxy}-N-methylpyridine-2-carboxamide, a molecular formula of C 21 H 16 ClF 3 N 4 O 3, and a molecular weight of 464.83.