mhurhangee/ep-ind-claims huggingface dataset:
A method for automatically providing user-related data using a home network having at least one electronic access device with a wireless communication interface, comprising the following steps: a) storing, with respect to at least one mobile wireless communication terminal device (30, 31) associated with a specific user, user-related data, wherein the user-related data comprises control data and/or media data, in particular voice data and/or text data and/or video data and/or music data, and wherein the user-related data is stored in the home network or in the Internet and in the home network; b) detecting, by means of the at least one electronic access device, the at least one mobile wireless communication terminal (30, 31) as soon as it is detectable in the home network; c) identifying the at least one mobile wireless communication terminal device detected in step b); d) caused by the at least one electronic access device, automatically providing, in dependence on the at least one mobile wireless communication terminal device (30, 31) identified in step c), at least some of the stored user-related data to at least one acoustic and/or optical output device (40, 60) connected to the home network. a) storing, with respect to at least one mobile wireless communication terminal device (30, 31) associated with a specific user, user-related data, wherein the user-related data comprises control data and/or media data, in particular voice data and/or text data and/or video data and/or music data, and wherein the user-related data is stored in the home network or in the Internet and in the home network; b) detecting, by means of the at least one electronic access device, the at least one mobile wireless communication terminal (30, 31) as soon as it is detectable in the home network; c) identifying the at least one mobile wireless communication terminal device detected in step b); d) caused by the at least one electronic access device, automatically providing, in dependence on the at least one mobile wireless communication terminal device (30, 31) identified in step c), at least some of the stored user-related data to at least one acoustic and/or optical output device (40, 60) connected to the home network.
A protection system for reducing migration of emboli within a blood flow of a vessel, the protection system comprising: a filter body having a distal portion and a proximal portion, where the filter body is configured for positioning within the vessel such that the blood flow enters the distal portion, wherein a wall of the filter body is porous to permit passage of the blood flow therethrough while capturing emboli within the blood flow; a sealing membrane located circumferentially at the distal portion, the sealing membrane having an exterior sealing membrane located on an exterior of the filter body, wherein blood flow causes deflection of the exterior sealing membrane where the exterior sealing membrane comprises a material having an increased compliance relative to the wall of the filter body allowing for formation of an improved seal when expanded against an irregularity of the wall of the vessel; and a catheter body configured to navigate through the vessel, where the filter body extends from an exterior of the catheter body. a filter body having a distal portion and a proximal portion, where the filter body is configured for positioning within the vessel such that the blood flow enters the distal portion, wherein a wall of the filter body is porous to permit passage of the blood flow therethrough while capturing emboli within the blood flow; a sealing membrane located circumferentially at the distal portion, the sealing membrane having an exterior sealing membrane located on an exterior of the filter body, wherein blood flow causes deflection of the exterior sealing membrane where the exterior sealing membrane comprises a material having an increased compliance relative to the wall of the filter body allowing for formation of an improved seal when expanded against an irregularity of the wall of the vessel; and a catheter body configured to navigate through the vessel, where the filter body extends from an exterior of the catheter body.
An organic light emitting display device, comprising: a plurality of data lines; a plurality of scan lines disposed intersecting with the plurality of data lines; and a plurality of sub-pixels each connected to at least one of the plurality of data lines and at least one of the plurality of scan lines, wherein the plurality of sub-pixels includes a red sub-pixel, a plurality of green sub-pixels, and a blue sub-pixel, and a first green sub-pixel of the plurality of green sub-pixels is connected to a first data line of the plurality of data lines, a second green sub-pixel of the plurality of green sub-pixels is connected to a second data line of the plurality of data lines, the second data line being adjacent to the first data line, at least one of the blue sub-pixel and the red sub-pixel is connected to the first data line of the plurality of data lines, characterized in that the first green sub-pixel and the second data line overlap, and, in the first green sub-pixel a parasitic capacitance is generated between the second data line and an anode of the first green sub-pixel. a plurality of data lines; a plurality of scan lines disposed intersecting with the plurality of data lines; and a plurality of sub-pixels each connected to at least one of the plurality of data lines and at least one of the plurality of scan lines, wherein the plurality of sub-pixels includes a red sub-pixel, a plurality of green sub-pixels, and a blue sub-pixel, and a first green sub-pixel of the plurality of green sub-pixels is connected to a first data line of the plurality of data lines, a second green sub-pixel of the plurality of green sub-pixels is connected to a second data line of the plurality of data lines, the second data line being adjacent to the first data line, at least one of the blue sub-pixel and the red sub-pixel is connected to the first data line of the plurality of data lines, characterized in that the first green sub-pixel and the second data line overlap, and, in the first green sub-pixel a parasitic capacitance is generated between the second data line and an anode of the first green sub-pixel.
A light assembly configured to be coupled to a spray gun (10, 10b) for spraying electrostatically charged coating material, the spray gun (10, 10b) including a voltage multiplier transitionable between an activated state, in which the voltage multiplier produces a magnetic field, and a deactivated state, where the voltage multiplier does not produce the magnetic field, the light assembly comprising: a housing; a light (268, 400) attached to the housing; and circuitry (300, 302) contained within the housing, the circuitry (300, 302) being electrically connected to the light (268, 400) and configured to supply electrical energy inductively obtained by the circuitry to the light; wherein the light assembly comprises at least one battery electrically connected to the circuitry, characterised in that the circuitry is configured to supply electrical energy obtained from the at least one battery to the light for a predetermined or adjustable period of time when the voltage multiplier of the spray gun (10, 10b) is in the deactivated state. a housing; a light (268, 400) attached to the housing; and circuitry (300, 302) contained within the housing, the circuitry (300, 302) being electrically connected to the light (268, 400) and configured to supply electrical energy inductively obtained by the circuitry to the light; wherein the light assembly comprises at least one battery electrically connected to the circuitry, characterised in that the circuitry is configured to supply electrical energy obtained from the at least one battery to the light for a predetermined or adjustable period of time when the voltage multiplier of the spray gun (10, 10b) is in the deactivated state.
Portable power tool, in particular cordless screwdriver, having a motor housing, having an output spindle, having at least one metal housing which has a receiving region for fastening an auxiliary handle and a connecting region, formed in one piece with the receiving region, for connecting to the motor housing in a rotationally fixed manner free of play, and having an insulating unit which, in a mounted state, electrically insulates the output spindle and the metal housing from one another, characterized by at least one axial cross-sectional plane in which the insulating unit is arranged radially between the output spindle and the receiving region.
An apparatus randomly varying a device clock during cryptographic operation, the apparatus comprising: an input clock (360; 460); and a clock period randomizer (350; 450), the clock period randomizer generating a variable clock period that varies randomly to produce an output variable clock driving the device at a random clock rate at least during cryptographic operation wherein the clock period randomizer includes: a circuit wherein the circuit includes: a fixed delay generator including an inverter, a resistor, and a capacitor; a variable delay generator including an inverter, a resistor, and a variable capacitor (440a-440d); and a logic gate connected to the fixed delay generator and to the variable delay generator, the logic gate to output the clock signal having the variable clock period; and wherein: the clock period randomizer further includes a switch configured to switch the variable capacitor into or out of the circuit, the switch controlled by a trim code; and the circuit is configured to change a clock signal from low to high or from high to low based on an operation of the switch. an input clock (360; 460); and a clock period randomizer (350; 450), the clock period randomizer generating a variable clock period that varies randomly to produce an output variable clock driving the device at a random clock rate at least during cryptographic operation wherein the clock period randomizer includes: a circuit wherein the circuit includes: a fixed delay generator including an inverter, a resistor, and a capacitor; a variable delay generator including an inverter, a resistor, and a variable capacitor (440a-440d); and a logic gate connected to the fixed delay generator and to the variable delay generator, the logic gate to output the clock signal having the variable clock period; and wherein: the clock period randomizer further includes a switch configured to switch the variable capacitor into or out of the circuit, the switch controlled by a trim code; and the circuit is configured to change a clock signal from low to high or from high to low based on an operation of the switch. a fixed delay generator including an inverter, a resistor, and a capacitor; a variable delay generator including an inverter, a resistor, and a variable capacitor (440a-440d); and a logic gate connected to the fixed delay generator and to the variable delay generator, the logic gate to output the clock signal having the variable clock period; and wherein: the clock period randomizer further includes a switch configured to switch the variable capacitor into or out of the circuit, the switch controlled by a trim code; and the circuit is configured to change a clock signal from low to high or from high to low based on an operation of the switch. the clock period randomizer further includes a switch configured to switch the variable capacitor into or out of the circuit, the switch controlled by a trim code; and the circuit is configured to change a clock signal from low to high or from high to low based on an operation of the switch.
An aqueous composition for medical use that has been sterilized by heat sterilization and having a viscosity at 25 °C of at least 300 cP (Helipath® T F spindle, 100 rpm at 25 °C), said composition having a pH in the range of 6.5-7.5; containing 0.5-10 wt.% of an alginate salt; and further containing 10-500 mM of one or more dissolved C 8 -C 12 fatty acid salts.
A sewing machine, comprising: a sewing needle, held by a needle bar to move reciprocally and holding an upper thread; an upper thread tension adjustment mechanism, adjusting a tension of the upper thread; a shuttle, holding a bobbin which is accommodated in a bobbin case and in which a lower thread is wound, and cooperating with the sewing needle to form a seam; and a feed mechanism, in which endless feed belts feeding a sewing object disposed at a sewing position immediately below the sewing needle from the sewing position along a first direction are disposed on two sides with respect to the sewing position in a second direction orthogonal to the first direction, and in which a belt drive part is provided, the belt drive part independently driving the feed belt on a side and the feed belt on an other side with respect to the sewing position in the second direction; characterized in that the sewing machine further comprises: a control part, controlling the upper thread tension adjustment mechanism, so that, from a beginning of sewing of the sewing object to an end of the sewing, a tension of the upper thread varies gradually in a variation amount in accordance with a difference between a feed amount of the feed belt disposed on the side with respect to the sewing position in the second direction and a feed amount of the feed belt disposed on the other side with respect to the sewing position in the second direction. a sewing needle, held by a needle bar to move reciprocally and holding an upper thread; an upper thread tension adjustment mechanism, adjusting a tension of the upper thread; a shuttle, holding a bobbin which is accommodated in a bobbin case and in which a lower thread is wound, and cooperating with the sewing needle to form a seam; and a feed mechanism, in which endless feed belts feeding a sewing object disposed at a sewing position immediately below the sewing needle from the sewing position along a first direction are disposed on two sides with respect to the sewing position in a second direction orthogonal to the first direction, and in which a belt drive part is provided, the belt drive part independently driving the feed belt on a side and the feed belt on an other side with respect to the sewing position in the second direction; characterized in that the sewing machine further comprises: a control part, controlling the upper thread tension adjustment mechanism, so that, from a beginning of sewing of the sewing object to an end of the sewing, a tension of the upper thread varies gradually in a variation amount in accordance with a difference between a feed amount of the feed belt disposed on the side with respect to the sewing position in the second direction and a feed amount of the feed belt disposed on the other side with respect to the sewing position in the second direction.
A noise suppression device, comprising: a first voice input unit configured to capture a first voice; a second voice input unit, disposed at a location different from a location of the first voice input unit, configured to capture a second voice; an adaptive filter unit configured to suppress, using an adaptive filter, a noise component contained in a first voice signal generated from the first voice to generate a corrected voice signal; a correlation value calculation unit configured to calculate a first correlation value between the first voice signal, delayed in accordance with difference between a first distance from a noise source of the noise component to the first voice input unit and a second distance from the noise source to the second voice input unit, and a second voice signal generated from the second voice; a noise generation detection unit configured to detect, as timing of generation of the noise component in the first voice signal, first timing at which the first correlation value exceeds a first threshold value, after a period of time during which the first correlation value is continuously equal to or less than the first threshold value reaches a predetermined time length; and a period suppression unit configured to suppress the corrected voice signal during a predetermined period of time after the timing of generation of the noise component. a first voice input unit configured to capture a first voice; a second voice input unit, disposed at a location different from a location of the first voice input unit, configured to capture a second voice; an adaptive filter unit configured to suppress, using an adaptive filter, a noise component contained in a first voice signal generated from the first voice to generate a corrected voice signal; a correlation value calculation unit configured to calculate a first correlation value between the first voice signal, delayed in accordance with difference between a first distance from a noise source of the noise component to the first voice input unit and a second distance from the noise source to the second voice input unit, and a second voice signal generated from the second voice; a noise generation detection unit configured to detect, as timing of generation of the noise component in the first voice signal, first timing at which the first correlation value exceeds a first threshold value, after a period of time during which the first correlation value is continuously equal to or less than the first threshold value reaches a predetermined time length; and a period suppression unit configured to suppress the corrected voice signal during a predetermined period of time after the timing of generation of the noise component.
A bulk thermoelectric material comprising: a length, a width, and a thickness, wherein the length, width, and thickness are each at least about 30 μm; a host phase comprising bismuth telluride; a dispersed phase forming a plurality of inclusions comprised of one or more of: a binary bismuth compound, a binary tellurium compound, a ternary bismuth compound, or a ternary tellurium compound; an interface between the host phase and the dispersed phase that is substantially coherent in one crystallographic direction; and a thermoelectric figure of merit greater than or equal to 1.0 at temperatures less than 200° C. a length, a width, and a thickness, wherein the length, width, and thickness are each at least about 30 μm; a host phase comprising bismuth telluride; a dispersed phase forming a plurality of inclusions comprised of one or more of: a binary bismuth compound, a binary tellurium compound, a ternary bismuth compound, or a ternary tellurium compound; a binary bismuth compound, a binary tellurium compound, a ternary bismuth compound, or a ternary tellurium compound; an interface between the host phase and the dispersed phase that is substantially coherent in one crystallographic direction; and a thermoelectric figure of merit greater than or equal to 1.0 at temperatures less than 200° C.
A seal for use in a wing, the wing comprising a fixed aerofoil, a resilient seal plate fixed to the aerofoil, and a control surface moveable relative to the aerofoil, wherein the seal is arranged to seal between the seal plate and the control surface when the seal is installed on the wing, the seal comprising: a first seal portion configured to provide a seal between a free edge of the seal plate and an edge of the control surface and further configured to transmit a first bending moment from the control surface to the seal plate in a first position of the control surface relative to the aerofoil; and a second seal portion configured to provide a seal between the free edge of the seal plate and the edge of the control surface and further configured to transmit a second bending moment from the control surface to the seal plate in a second position of the control surface relative to the aerofoil; wherein the first and second seal portions are relatively configured such that the second bending moment is substantially greater than the first bending moment; characterized by: the seal comprising a transition portion between the first and second seal portions arranged to sealingly engage with the edge of the control surface between the first and second positions of the control surface; and wherein the transition portion is concave with respect to the edge of the control surface. a first seal portion configured to provide a seal between a free edge of the seal plate and an edge of the control surface and further configured to transmit a first bending moment from the control surface to the seal plate in a first position of the control surface relative to the aerofoil; and a second seal portion configured to provide a seal between the free edge of the seal plate and the edge of the control surface and further configured to transmit a second bending moment from the control surface to the seal plate in a second position of the control surface relative to the aerofoil; wherein the first and second seal portions are relatively configured such that the second bending moment is substantially greater than the first bending moment; characterized by: the seal comprising a transition portion between the first and second seal portions arranged to sealingly engage with the edge of the control surface between the first and second positions of the control surface; and wherein the transition portion is concave with respect to the edge of the control surface.
A method for creating a tubular insert comprising: obtaining surface measurements for an internal surface of a portion of a patient; using the surface measurements to create a core design having non-uniform surfaces; 3D printing a core with a water soluble material from the core design; Wrapping a filament (400, 402) multiple times around a circumference of the core; hardening the filament (400, 402) to create a tubular insert; dissolving at least a portion of the soluble material of the core; and separating the tubular insert from the core. obtaining surface measurements for an internal surface of a portion of a patient; using the surface measurements to create a core design having non-uniform surfaces; 3D printing a core with a water soluble material from the core design; Wrapping a filament (400, 402) multiple times around a circumference of the core; hardening the filament (400, 402) to create a tubular insert; dissolving at least a portion of the soluble material of the core; and separating the tubular insert from the core.