mhurhangee/ep-ind-claims huggingface dataset:
A method for calibrating at least one conveyor device for conveying liquid and/or air of a metering device for metering a liquid from at least one container to at least one outlet, in particular to at least one rinsing-in distributor and/or at least one target device, by means of the at least one conveyor device, wherein a detection region of at least one detector for distinguishing between liquid and air is arranged between the at least one container and the at least one outlet, wherein at least one data carrier is arranged in or on the at least one container, on which data carrier the initial volume of liquid in the container is stored, with the following method steps: - reading the initial volume from the at least one data carrier and transmitting it to the metering device, - starting the conveying of liquid and/or air by activating of the at least one conveyor device at a start counting point, - detecting a change from liquid to air in the detection region by the at least one detector at an air detection counting point, - using the initial volume as a reference volume and using a calibration counting range based on at least the air detection counting point for calibrating the at least one conveyor device. - reading the initial volume from the at least one data carrier and transmitting it to the metering device, - starting the conveying of liquid and/or air by activating of the at least one conveyor device at a start counting point, - detecting a change from liquid to air in the detection region by the at least one detector at an air detection counting point, - using the initial volume as a reference volume and using a calibration counting range based on at least the air detection counting point for calibrating the at least one conveyor device.
An integrated package comprising: a substrate having first, second, and third sets of one or more layers, the first, second, and third sets of one or more layers being separated by ground planes that are adapted to provide shielding from circuitry in the other sets of layers, the second set of one or more layers being between the first and third sets of one or more layers, and the third set of layers comprising conductive pads adapted for mounting to a printed circuit board; and a monolithic microwave integrated circuit, MMIC, mounted to the third set of layers of the substrate, the substrate including: an array of millimeter-wave antennas embedded on the first set of layers of the substrate, comprising metal patterns on multiple layers of the first set of layers of the substrate; a plurality of antenna feed points embedded in the second set of layers of the substrate, each antenna feed point coupled to a corresponding antenna of the antennas, wherein the second set of layers is adapted for distribution of millimeter-wave signals to the antennas; and a plurality of interconnections configured to carry the signals from the MMIC to respective feed points of the plurality of feed points. a substrate having first, second, and third sets of one or more layers, the first, second, and third sets of one or more layers being separated by ground planes that are adapted to provide shielding from circuitry in the other sets of layers, the second set of one or more layers being between the first and third sets of one or more layers, and the third set of layers comprising conductive pads adapted for mounting to a printed circuit board; and a monolithic microwave integrated circuit, MMIC, mounted to the third set of layers of the substrate, the substrate including: an array of millimeter-wave antennas embedded on the first set of layers of the substrate, comprising metal patterns on multiple layers of the first set of layers of the substrate; a plurality of antenna feed points embedded in the second set of layers of the substrate, each antenna feed point coupled to a corresponding antenna of the antennas, wherein the second set of layers is adapted for distribution of millimeter-wave signals to the antennas; and a plurality of interconnections configured to carry the signals from the MMIC to respective feed points of the plurality of feed points. an array of millimeter-wave antennas embedded on the first set of layers of the substrate, comprising metal patterns on multiple layers of the first set of layers of the substrate; a plurality of antenna feed points embedded in the second set of layers of the substrate, each antenna feed point coupled to a corresponding antenna of the antennas, wherein the second set of layers is adapted for distribution of millimeter-wave signals to the antennas; and a plurality of interconnections configured to carry the signals from the MMIC to respective feed points of the plurality of feed points.
A hardware implemented method for tracking events occurring on an electronic paper display device, the method comprising: detecting, using a computer processor, an event occurring at the electronic paper display device; identifying, using the computer processor, an event identifier corresponding to the detected event by using one or more portions of the detected event to query a mapping data structure, wherein the mapping data structure comprises a mapping of portions of extensible markup language, XML, elements to one or more event identifiers, the one or more event identifiers comprising at least one of a publication identifier, a page identifier, a zoom state, a scroll position, an indicator of highlighted content, and a user interface focus identifying, using the computer processor, a device status of the electronic paper display device; and transmitting the event identifier corresponding to the detected event and the device status via a network to a network accessible device. detecting, using a computer processor, an event occurring at the electronic paper display device; identifying, using the computer processor, an event identifier corresponding to the detected event by using one or more portions of the detected event to query a mapping data structure, wherein the mapping data structure comprises a mapping of portions of extensible markup language, XML, elements to one or more event identifiers, the one or more event identifiers comprising at least one of a publication identifier, a page identifier, a zoom state, a scroll position, an indicator of highlighted content, and a user interface focus identifying, using the computer processor, a device status of the electronic paper display device; and transmitting the event identifier corresponding to the detected event and the device status via a network to a network accessible device.
Distance measuring device for determining a distance between a reflective body in a conducting structure and an injection region for electromagnetic waves provided in an end section of the conducting structure, a) having a transmitting and receiving device and a conducting junction provided in the injection region for coupling the transmitting and receiving device to the conducting structure containing a medium, in order to couple an electromagnetic wave into the conducting structure and to couple the electromagnetic wave reflected at the reflective body out of the conducting structure, and b) having an evaluation device for determining the distance between the injection region and the reflective body from the complex reflection factor between the electromagnetic wave coupled in and the electromagnetic wave coupled out, characterized by c) a measuring line provided in the injection region of the conducting structure for detecting the material properties of the medium, having a coupling-in and a coupling-out point. a) having a transmitting and receiving device and a conducting junction provided in the injection region for coupling the transmitting and receiving device to the conducting structure containing a medium, in order to couple an electromagnetic wave into the conducting structure and to couple the electromagnetic wave reflected at the reflective body out of the conducting structure, and b) having an evaluation device for determining the distance between the injection region and the reflective body from the complex reflection factor between the electromagnetic wave coupled in and the electromagnetic wave coupled out, characterized by c) a measuring line provided in the injection region of the conducting structure for detecting the material properties of the medium, having a coupling-in and a coupling-out point.
A vehicle comprising: a filter disposed in an exhaust passage through which exhaust gas discharged from an internal combustion engine passes, the filter being configured to collect PM that is particulate matter contained in the exhaust gas; a PM removal control device configured to start execution of PM removal control that heats the filter to remove the PM accumulated on the filter while the internal combustion engine is stopped; and a determination device configured to determine whether a user of the vehicle is away from the vehicle, wherein the PM removal control device is configured to start the execution of the PM removal control only when the determination device determines that the user of the vehicle is away from the vehicle. a filter disposed in an exhaust passage through which exhaust gas discharged from an internal combustion engine passes, the filter being configured to collect PM that is particulate matter contained in the exhaust gas; a PM removal control device configured to start execution of PM removal control that heats the filter to remove the PM accumulated on the filter while the internal combustion engine is stopped; and a determination device configured to determine whether a user of the vehicle is away from the vehicle, wherein the PM removal control device is configured to start the execution of the PM removal control only when the determination device determines that the user of the vehicle is away from the vehicle.
A method for correcting a state of health, SOH, of a battery, comprising: acquiring a current voltage value V0 of a battery cell; when V0 is within a correction open-circuit voltage, OCV, section of the battery cell, acquiring (604, 605) a state of charge, SOC, SOCO and a cumulative charge and discharge capacity Q0 that are corresponding to V0, wherein the correction OCV section corresponding to the battery cell is determined based on OCV-SOC mapping relationship information of the battery cell, the correction OCV section comprises at least one of a non-attenuation OCV section and a non-hysteresis OCV section, an OCV of the battery cell is unaffected by battery aging in the non-attenuation OCV section, and an OCV of the battery cell is unaffected by a hysteresis effect in the non-hysteresis OCV section; acquiring a current voltage value V1 of the battery cell; when V1 is within the correction OCV section of the battery cell, acquiring a SOC1 and a cumulative charge and discharge capacity Q1 that are corresponding to VI; acquiring a current SOH correction value of the battery cell based on a ratio of a variation between Q0 and Q1 to a variation between SOCO and SOC1; and updating an SOH output value of the battery cell by using the current SOH correction value of the battery cell. acquiring a current voltage value V0 of a battery cell; when V0 is within a correction open-circuit voltage, OCV, section of the battery cell, acquiring (604, 605) a state of charge, SOC, SOCO and a cumulative charge and discharge capacity Q0 that are corresponding to V0, wherein the correction OCV section corresponding to the battery cell is determined based on OCV-SOC mapping relationship information of the battery cell, the correction OCV section comprises at least one of a non-attenuation OCV section and a non-hysteresis OCV section, an OCV of the battery cell is unaffected by battery aging in the non-attenuation OCV section, and an OCV of the battery cell is unaffected by a hysteresis effect in the non-hysteresis OCV section; acquiring a current voltage value V1 of the battery cell; when V1 is within the correction OCV section of the battery cell, acquiring a SOC1 and a cumulative charge and discharge capacity Q1 that are corresponding to VI; acquiring a current SOH correction value of the battery cell based on a ratio of a variation between Q0 and Q1 to a variation between SOCO and SOC1; and updating an SOH output value of the battery cell by using the current SOH correction value of the battery cell.
A display device comprising: a support; a display opening in the support; a light-transmissive front panel mounted in the display opening, the front panel comprising a outer surface facing the outside and an inner surface opposed to the outer surface; and a display cell adhered and fixed to the inner surface (4(a)) of the front panel; a bracket, wherein the front panel and the display cell are held by the bracket to form a display body unit mounted in the support; wherein the front panel is fixed to the support, and the bracket is fixed to the support by a fixing mechanism having position adjustability in a vertical direction perpendicular to a surface of the front panel, characterized in that the bracket comprises a mounting portion extending in the vertical direction and fixed to the support, and the mounting portion is elastically deformable in a direction along the surfaces (4a, 4b) of the front panel.
Plug connector comprising a housing, wherein the housing has a housing lower part and a cover for closing the housing lower part, wherein the cover is pivotably arranged on the housing lower part by means of a fastening device, wherein the fastening device has a receiving element which is fastened to the housing lower part, a holder element which is fastened to the cover and has a bearing region by means of which the holder element is rotatably arranged on the receiving element, and a spring element which is received in the receiving element and extends as far as the bearing region of the holder element, wherein at least one latching cam (26a, 26b) which engages into an opening (18a, 18b) is designed for the purpose of fastening the receiving element to the housing lower part, characterized in that at least one fastening element in the form of a screw or rivet is passed through the spring element and the receiving element and is fastened to the housing lower part, and in that the receiving element has a groove-like guide into which a projection which is formed on the housing lower part latches, wherein the groove-like guide is delimited by side walls (29a, 29b) which are of resilient design.
A garment treatment device comprising a base, a support structure extending upwardly from the base, and an ironing board connected to the support structure, the ironing board being pivotable relative to the support structure and positionable into a first operative position in which the ironing board is horizontal, and a second operative position in which the ironing board is vertical, wherein the ironing board comprises a first section and a second section hingedly coupled together with a hinge mechanism and pivotable relative to each other between an operative position in which they extend co-planar to each other and a storage position in which they are pivoted away from a co-planar orientation, characterised in that the first and second ironing board sections (4a,4b) and the hinge mechanism are configured such that the first and second ironing board sections (4a,4b) pivot away from each other from said operative position towards said storage position.
Self-regulated valve assembly comprising: - a valve body which, in the lower part, has an input section for a connection to a tank intended to contain a fluid under pressure and, in the upper part, an output for connection to a pipe system, - a piston movable in the valve body along a first axis between an open position enabling the fluid to communicate between the input section and the output, and a closed position cutting off said fluid communication, the piston having an upper end section and a lower sealing section, - a spring type module coupled to the piston and to the valve body and interacting dynamically with the piston at least after an actuation (Act) of the valve and during the entire cycle of self-regulation of the valve, imposing a positioning of the piston between its open and closed position, allowing fluid communication between the input section and the output under a controlled output pressure, characterised in that the spring type module is positioned beneath the lower sealing section of the piston. - a valve body which, in the lower part, has an input section for a connection to a tank intended to contain a fluid under pressure and, in the upper part, an output for connection to a pipe system, - a piston movable in the valve body along a first axis between an open position enabling the fluid to communicate between the input section and the output, and a closed position cutting off said fluid communication, the piston having an upper end section and a lower sealing section, - a spring type module coupled to the piston and to the valve body and interacting dynamically with the piston at least after an actuation (Act) of the valve and during the entire cycle of self-regulation of the valve, imposing a positioning of the piston between its open and closed position, allowing fluid communication between the input section and the output under a controlled output pressure,
A yarn winding device comprising: a yarn feeding section for feeding a spun yarn; a winding section for winding the spun yarn fed from the yarn feeding section; a frame for supporting the winding section; and a vibration detecting section provided in the frame, characterized by further comprising a circuit board body supported on the frame and provided with the vibration detecting section. a yarn feeding section for feeding a spun yarn; a winding section for winding the spun yarn fed from the yarn feeding section; a frame for supporting the winding section; and a vibration detecting section provided in the frame, characterized by further comprising a circuit board body supported on the frame and provided with the vibration detecting section.
An audio system comprising: a closed-loop amplifier including a noise shaper configured to shift noise to out-of-band frequencies above the audible frequency range, a load detector configured to detect an amplifier output load coupled to an output of the closed-loop amplifier, the output coupled to the load detector, the load detector comprising: a noise detector configured to be coupled to the output of the closed-loop amplifier and to detect a noise signal at least partially generated by the amplifier, the noise signal comprising frequencies outside the audible frequency range; and a parameter calculation module having an input coupled to the output of the noise detector and an output, wherein the parameter calculation module is configured to determine a parameter value relating to an impedance of the amplifier output load from the detected noise signal and to output a load detection signal dependent on the determined parameter value. a closed-loop amplifier including a noise shaper configured to shift noise to out-of-band frequencies above the audible frequency range, a load detector configured to detect an amplifier output load coupled to an output of the closed-loop amplifier, the output coupled to the load detector, the load detector comprising: a noise detector configured to be coupled to the output of the closed-loop amplifier and to detect a noise signal at least partially generated by the amplifier, the noise signal comprising frequencies outside the audible frequency range; and a parameter calculation module having an input coupled to the output of the noise detector and an output, wherein the parameter calculation module is configured to determine a parameter value relating to an impedance of the amplifier output load from the detected noise signal and to output a load detection signal dependent on the determined parameter value. a noise detector configured to be coupled to the output of the closed-loop amplifier and to detect a noise signal at least partially generated by the amplifier, the noise signal comprising frequencies outside the audible frequency range; and a parameter calculation module having an input coupled to the output of the noise detector and an output, wherein the parameter calculation module is configured to determine a parameter value relating to an impedance of the amplifier output load from the detected noise signal and to output a load detection signal dependent on the determined parameter value.
A method of associating a user interface element with at least one light source, comprising: identifying presence of a user interface element over one or more covered LEDs of a plurality of LEDs; associating the user interface element with control of controlled LEDs of the plurality of LEDs based on the presence identification of the user interface element; identifying at least one lighting control property of the user interface element; identifying a user interaction with the user interface element; and adjusting at least one property of the controlled LEDs in response to the user interaction with the user interface element, wherein the adjusting of the controlled LEDs is based on the lighting control property of the user interface element; wherein the user interface element is attachable over the covered LEDs; characterized in that the step of identifying the lighting control property of the user interface element is based on sensing of at least one physical characteristic of the user interface element via at least one of the covered LEDs. identifying presence of a user interface element over one or more covered LEDs of a plurality of LEDs; associating the user interface element with control of controlled LEDs of the plurality of LEDs based on the presence identification of the user interface element; identifying at least one lighting control property of the user interface element; identifying a user interaction with the user interface element; and adjusting at least one property of the controlled LEDs in response to the user interaction with the user interface element, wherein the adjusting of the controlled LEDs is based on the lighting control property of the user interface element; wherein the user interface element is attachable over the covered LEDs; characterized in that the step of identifying the lighting control property of the user interface element is based on sensing of at least one physical characteristic of the user interface element via at least one of the covered LEDs.
Universal slip and levelling additives having recoatable or reprintable property, comprising polyoxyalkylene-polysiloxane copolymers of general formula R 1 = identical and/or different alkyl radicals having 1 to 8 carbon atoms, preferably having 1 - 4 carbon atoms, particularly preferably having 1 or 2 carbon atoms, R = R 1 and/or -C p H 2p O[(C 2 H 4 O) x (C 3 H 6 O) y]R 2, where p = 2, 3 or 4, with the proviso that at least one R =-C p H 2p O[(C 2 H 4 O) x (C 3 H 6 O) y]-, R 2 = alkyl radical having 1 to 3 carbon atoms, n ≥ 45, preferably n ≥ 50, particularly preferably n > 60, m = 1 to 5, wherein x and y are selected such that the average molecular weight of the polyoxyalkylene block - [C 2 H 4 O) x (C 3 H 6 O) y]- is > 3000 g/mol and the molar weight ratio of x to y is < 0.8, preferably < 0.75. R 1 = identical and/or different alkyl radicals having 1 to 8 carbon atoms, preferably having 1 - 4 carbon atoms, particularly preferably having 1 or 2 carbon atoms, R = R 1 and/or -C p H 2p O[(C 2 H 4 O) x (C 3 H 6 O) y]R 2, where p = 2, 3 or 4, with the proviso that at least one R =-C p H 2p O[(C 2 H 4 O) x (C 3 H 6 O) y]-, R 2 = alkyl radical having 1 to 3 carbon atoms, n ≥ 45, preferably n ≥ 50, particularly preferably n > 60, m = 1 to 5, wherein x and y are selected such that the average molecular weight of the polyoxyalkylene block - [C 2 H 4 O) x (C 3 H 6 O) y]- is > 3000 g/mol and the molar weight ratio of x to y is < 0.8, preferably < 0.75.