mhurhangee/ep-ind-claims huggingface dataset:
A power transmitter for a wireless power transfer system, said wireless power transfer system including a power receiver arranged to receive power from the power transmitter via a wireless inductive power transfer signal generated by the power transmitter, and to transmit a standby mode exit request by changing a loading of a communication inductor of the power transmitter, said change of loading causing an impedance change of the communication inductor; said power transmitter comprising: the communication inductor for communicating with the power receiver; a first mode controller for controlling the power transmitter to operate in a standby mode wherein a presence of the power receiver is detected but no power transfer signal is generated; a detector for detecting the impedance change of the communication inductor; and wherein the first mode controller is arranged to initiate a transition from the standby mode to a power transfer mode in response to the detector detecting the impedance change; wherein the communication inductor is part of a resonance circuit the power transmitter characterised in that the detector is arranged to apply an excitation signal causing oscillations to the resonance circuit and to detect the impedance change from a measurement of at least one of a communication inductor voltage and a communication inductor current; wherein the excitation signal comprises repeated excitations having a time offset between the repeated excitations resulting in interference between oscillations of the resonance circuit for two consecutive excitations; and the detector is arranged to adapt a repetition interval for the repeated excitations based on an amplitude of at least one of the communication inductor voltage and the communication inductor current. the communication inductor for communicating with the power receiver; a first mode controller for controlling the power transmitter to operate in a standby mode wherein a presence of the power receiver is detected but no power transfer signal is generated; a detector for detecting the impedance change of the communication inductor; and wherein the first mode controller is arranged to initiate a transition from the standby mode to a power transfer mode in response to the detector detecting the impedance change; wherein the communication inductor is part of a resonance circuit the power transmitter characterised in that the detector is arranged to apply an excitation signal causing oscillations to the resonance circuit and to detect the impedance change from a measurement of at least one of a communication inductor voltage and a communication inductor current; wherein the excitation signal comprises repeated excitations having a time offset between the repeated excitations resulting in interference between oscillations of the resonance circuit for two consecutive excitations; and the detector is arranged to adapt a repetition interval for the repeated excitations based on an amplitude of at least one of the communication inductor voltage and the communication inductor current.
Housing structure for a turbomachine, which structure annularly surrounds at least in part a flow channel in which guide vanes and rotor blades are arranged, the housing structure having an inner wall that defines the flow channel and an outer wall that seals off the structure with respect to the surroundings, at least one cooling air duct being formed so as to be spaced apart from the inner wall and having at least one air-conducting element (5, 15), the cooling air duct guiding the cooling air so as to be exclusively spaced apart from the inner wall, characterized in that a heat protection panel is arranged on the radially outer side of the inner wall and an insulator is arranged between the heat protection panel and the cooling air duct.
Laundry care appliance with an outer tub for accommodating washing liquid, wherein a pressure detection facility, which is embodied to detect the pressure of the washing liquid in the outer tub, is arranged in the outer tub, wherein a laundry drum for accommodating laundry is arranged in the outer tub, a drum drive for rotating the laundry drum, a washing liquid supply facility for supplying washing liquid into the outer tub, a pump for pumping washing liquid out of the outer tub and a controller for controlling the drum drive, the washing liquid supply facility and the pump, wherein the controller is embodied, during a first time period, to activate the washing liquid supply facility in order to supply washing liquid into the outer tub, and to activate the drum drive in order to rotate the laundry drum at a first rotational speed and to wet laundry in the laundry drum with the supplied washing liquid, characterised in that the controller is embodied, at the end of the first time period, to activate the pump in order to pump the washing liquid out of the outer tub and out of the laundry care appliance if the detected pressure of the washing liquid in the outer tub remains constant during a detection time period, and the controller is embodied, during a second time period following the first time period, to deactivate the pump and the washing liquid supply facility, and to activate the drum drive in order to rotate the laundry drum at a second rotational speed and to wet the laundry in the laundry drum with washing liquid accommodated in the laundry.
Floorboards including at least a first floorboard and a second floorboard provided with a mechanical locking system comprising: a displacement groove at a first edge of the first floorboard and a tongue groove at a second edge of the second floorboard, a tongue arranged in the displacement groove and configured to cooperate, in a second position, with the tongue groove for vertical locking of the first edge and the second edge, the tongue comprises, in a first position, an inner element and an outer element, the inner element being removable along the displacement groove and configured to cooperate with the outer element to obtain a displacement of the outer element towards the tongue groove and thereby obtain the second position, wherein the outer element is provided with a guiding groove at either an inner and upper edge of the outer element or at an inner and lower edge of the outer element, and at least a part of the inner element in the first position is arranged in said guiding groove, and the inner element comprises a first protruding part configured to cooperate with the guiding groove, to obtain said displacement of the outer element, J 2. characterized in that said inner element and said outer element vertically overlap each other in the first position such that an increased contact surface between the outer element and the displacement groove is obtained in the second position when the inner element is removed, wherein the contact surface is configured to take up a moment of force that arises on the tongue when a load is applied on the first or the second floorboard. a displacement groove at a first edge of the first floorboard and a tongue groove at a second edge of the second floorboard, a tongue arranged in the displacement groove and configured to cooperate, in a second position, with the tongue groove for vertical locking of the first edge and the second edge, the tongue comprises, in a first position, an inner element and an outer element, the inner element being removable along the displacement groove and configured to cooperate with the outer element to obtain a displacement of the outer element towards the tongue groove and thereby obtain the second position, wherein the outer element is provided with a guiding groove at either an inner and upper edge of the outer element or at an inner and lower edge of the outer element, and at least a part of the inner element in the first position is arranged in said guiding groove, and the inner element comprises a first protruding part configured to cooperate with the guiding groove, to obtain said displacement of the outer element, J 2. characterized in that said inner element and said outer element vertically overlap each other in the first position such that an increased contact surface between the outer element and the displacement groove is obtained in the second position when the inner element is removed, wherein the contact surface is configured to take up a moment of force that arises on the tongue when a load is applied on the first or the second floorboard.
A plasma spectroscopy analysis method, comprising: a preliminary addition process including adding a bonding agent which is capable of bonding with analyte heavy metal ions to a specimen collected from a living body to which meso-2,3-dimercaptosuccinic acid has been orally administered; a concentration process including concentrating the analyte heavy metal ions in the specimen at a vicinity of one of a pair of electrodes (20, 30) by applying a voltage to the pair of electrodes (20,30); and a detection process including generating plasma by applying a voltage to the pair of electrodes (20, 30), detecting luminescence of the analyte heavy metal ions caused by the plasma, and quantifying the analyte heavy metal ions based on the detected luminescence; wherein the bonding agent is ethylenediaminetetraacetic acid. a preliminary addition process including adding a bonding agent which is capable of bonding with analyte heavy metal ions to a specimen collected from a living body to which meso-2,3-dimercaptosuccinic acid has been orally administered; a concentration process including concentrating the analyte heavy metal ions in the specimen at a vicinity of one of a pair of electrodes (20, 30) by applying a voltage to the pair of electrodes (20,30); and a detection process including generating plasma by applying a voltage to the pair of electrodes (20, 30), detecting luminescence of the analyte heavy metal ions caused by the plasma, and quantifying the analyte heavy metal ions based on the detected luminescence; wherein the bonding agent is ethylenediaminetetraacetic acid.
An effective amount of an agonist of an A 3 adenosine receptor (A 3 R) for use in treating an injury, disease, or condition selected from traumatic brain injury, stroke, a neurodegenerative condition, or a heart or cardiovascular disease, said use comprising administering to a patient in need thereof said effective amount. wherein the agonist is or a pharmaceutically acceptable salt thereof; or: wherein the agonist is or a pharmaceutically acceptable salt thereof. wherein the agonist is or a pharmaceutically acceptable salt thereof; or: wherein the agonist is or a pharmaceutically acceptable salt thereof.
An anode comprising: an anode mixture layer; and an anode current collector layer that is in contact with the anode mixture layer, wherein the anode mixture layer contains an anode active material and a sulfide solid electrolyte, and the surface and all the inside of the anode current collector layer is made from a material that contains an alloy of copper and at least one metal of a higher ionization tendency than copper selected from the group consisting of bismuth, antimony, lead, tin, nickel, cobalt, cadmium, iron, chromium, zinc, tantalum, manganese, zirconium, titanium, aluminum, beryllium, thorium, magnesium, sodium, calcium, strontium, barium, potassium, rubidium, cesium and lithium, the surface being in contact with the anode mixture layer, wherein the alloy contains 5 atm% to 99 atm% of copper, and 1 atm% to 95 atm% of metal of a higher ionization tendency than copper, the anode current collector layer was obtained by work-hardening, not annealing after work-hardening, and the alloy contains copper, and at least one selected from zinc, beryllium, and tin. an anode mixture layer; and an anode current collector layer that is in contact with the anode mixture layer, wherein the anode mixture layer contains an anode active material and a sulfide solid electrolyte, and the surface and all the inside of the anode current collector layer is made from a material that contains an alloy of copper and at least one metal of a higher ionization tendency than copper selected from the group consisting of bismuth, antimony, lead, tin, nickel, cobalt, cadmium, iron, chromium, zinc, tantalum, manganese, zirconium, titanium, aluminum, beryllium, thorium, magnesium, sodium, calcium, strontium, barium, potassium, rubidium, cesium and lithium, the surface being in contact with the anode mixture layer, wherein the alloy contains 5 atm% to 99 atm% of copper, and 1 atm% to 95 atm% of metal of a higher ionization tendency than copper, the anode current collector layer was obtained by work-hardening, not annealing after work-hardening, and the alloy contains copper, and at least one selected from zinc, beryllium, and tin.
A display device comprising: a first display panel in a first plane for displaying a first image; a second display panel in a second plane for displaying a second image overlapping the first image, wherein said first and second planes are approximately parallel to each other; a vibrator for mechanically vibrating one of the first and second display panels, but not the other of the first and second display panels, in order to reduce moiré interference, wherein the vibrator is for vibrating said one of the first and second display panels at least in a direction within the plane of said one panel; characterized by a backlight including first, second, and third differently colored light sources, wherein said first, second, and third differently colored light sources are each configured to be selectively controlled based on a position of said one of the first and second display panels with respect to the other display panel so as to reduce blurring of the image perceived by the viewer. a first display panel in a first plane for displaying a first image; a second display panel in a second plane for displaying a second image overlapping the first image, wherein said first and second planes are approximately parallel to each other; a vibrator for mechanically vibrating one of the first and second display panels, but not the other of the first and second display panels, in order to reduce moiré interference, wherein the vibrator is for vibrating said one of the first and second display panels at least in a direction within the plane of said one panel; characterized by a backlight including first, second, and third differently colored light sources, wherein said first, second, and third differently colored light sources are each configured to be selectively controlled based on a position of said one of the first and second display panels with respect to the other display panel so as to reduce blurring of the image perceived by the viewer.
A gas turbine ring segment for a gas turbine, the gas turbine ring segment comprising an impingement target wall having an impingement target surface formed in one side, in a direction of a main cavity, and a hot side surface formed on the other side, in which the main cavity is located in a central portion in an axial direction, wherein cooling holes allowing an inside to communicate with an outside are arranged along the outer circumferential surface at predetermined distances from each other, each of the cooling holes having a straight structure communicating with the main cavity located in the central portion in the axial direction, wherein the straight structure of the cooling holes extends from the main cavity to the outside, characterized in that each of the cooling holes comprises a first cooling hole and a second cooling hole, wherein the first and the second cooling holes (111, 112) communicate with each other and wherein the first and the second cooling holes (111, 112) have different inner diameters.
A microprocessor device comprising a plurality of processing cores (410, 415) and at least one reset management module; the at least one reset management module comprises at least one reset controller arranged to: detect a reset event; determine if at least one reset condition has been met, upon detection of the reset event; and cause (340; 560) at least a part of the microprocessor device to remain in a reset state upon determining that the at least one reset condition has been met, the at least one reset management module further comprising an access controller arranged to: receive requests to update the at least one reset controller from the plurality of processing cores (410, 415); and perform arbitration of received requests to update the at least one reset controller, characterised in that upon receipt of a request to update the reset controller from a first processing core, the access controller is further arranged to: provide an indication of the received request to update the reset controller to at least one further processing core; and update the at least one reset controller upon receipt of confirmation of the update from the at least one further processing core. detect a reset event; determine if at least one reset condition has been met, upon detection of the reset event; and cause (340; 560) at least a part of the microprocessor device to remain in a reset state upon determining that the at least one reset condition has been met, receive requests to update the at least one reset controller from the plurality of processing cores (410, 415); and perform arbitration of received requests to update the at least one reset controller, provide an indication of the received request to update the reset controller to at least one further processing core; and update the at least one reset controller upon receipt of confirmation of the update from the at least one further processing core.
A method of controlling a washing apparatus including a tub, a drum, an induction module disposed on a surface of the tub and configured to heat the drum through electromagnetic induction, and a circulation pump that pumps washing water into the drum from the tub, the method comprising: a water supply step of supplying washing water to the tub via a water valve, wherein when reaching a target water level, the water supply step ends; a soaking step of soaking laundry by driving the drum while circulating the washing water with the circulation pump, after the water supply step ends; a heating step of heating by driving the induction module after the soaking step ends; and a main washing step of performing washing by driving the drum after the heating step ends, wherein a water level at the end of the soaking step is lower than a water level at the end of the water supply step; and wherein the soaking step comprises a measuring step of measuring the water level and wherein an additional water supply step is performed when the water level measured in the measuring step is lower than a circulation water level that is preset, and wherein the soaking step ends when the water level does not change after the drum and the circulation pump are operated. a water supply step of supplying washing water to the tub via a water valve, wherein when reaching a target water level, the water supply step ends; a soaking step of soaking laundry by driving the drum while circulating the washing water with the circulation pump, after the water supply step ends; a heating step of heating by driving the induction module after the soaking step ends; and a main washing step of performing washing by driving the drum after the heating step ends, wherein a water level at the end of the soaking step is lower than a water level at the end of the water supply step; and wherein the soaking step comprises a measuring step of measuring the water level and wherein an additional water supply step is performed when the water level measured in the measuring step is lower than a circulation water level that is preset, and wherein the soaking step ends when the water level does not change after the drum and the circulation pump are operated.
A system for docking a mitral valve prosthesis, comprising: a coil guide catheter including a stem portion and a distal portion connected to the stem portion at a first curved shape, the distal portion having a second curved shape configured to generally follow the curvature of the mitral valve annulus, said first and second curved portions having a preformed shape capable of being delivered in straightened configurations and activated to the first and second curved shapes within the heart proximate the mitral valve, and a helical anchor adapted to be received in and delivered from the coil guide catheter, the helical anchor formed as multiple coils having a preformed, coiled configuration after being delivered from the coil guide catheter and adapted to support a prosthetic mitral valve upon being fully delivered from the coil guide catheter and implanted with coil portions above and below the mitral valve annulus. a coil guide catheter including a stem portion and a distal portion connected to the stem portion at a first curved shape, the distal portion having a second curved shape configured to generally follow the curvature of the mitral valve annulus, said first and second curved portions having a preformed shape capable of being delivered in straightened configurations and activated to the first and second curved shapes within the heart proximate the mitral valve, and a helical anchor adapted to be received in and delivered from the coil guide catheter, the helical anchor formed as multiple coils having a preformed, coiled configuration after being delivered from the coil guide catheter and adapted to support a prosthetic mitral valve upon being fully delivered from the coil guide catheter and implanted with coil portions above and below the mitral valve annulus.