mhurhangee/ep-ind-claims huggingface dataset:
A swimsuit comprising an elastic polyurethane yarn, wherein the elastic polyurethane yarn comprises: 0.5 to 10% by mass of a cationic high-molecular-weight compound A having a number-average molecular weight of 2000 to 10000; and an inorganic chlorine deterioration inhibitor B, a mass ratio of the cationic high-molecular-weight compound A to the inorganic chlorine deterioration inhibitor B ranges from 0.3 to 3, a silicone oil is applied to the elastic polyurethane yarn, and a fabric for the swimsuit is treated with water repellent finishing, wherein the ratio of fluorine to carbon on the elastic polyurethane yarn of the swimsuit is 0.030 or more in an elemental mass concentration as measured according to scanning electron microscope - energy dispersive X-ray spectroscopy (SEM-EDX) under the conditions defined for determination of Elemental Mass Concentration in the Examples. 0.5 to 10% by mass of a cationic high-molecular-weight compound A having a number-average molecular weight of 2000 to 10000; and an inorganic chlorine deterioration inhibitor B, a mass ratio of the cationic high-molecular-weight compound A to the inorganic chlorine deterioration inhibitor B ranges from 0.3 to 3, a silicone oil is applied to the elastic polyurethane yarn, and a fabric for the swimsuit is treated with water repellent finishing, wherein the ratio of fluorine to carbon on the elastic polyurethane yarn of the swimsuit is 0.030 or more in an elemental mass concentration as measured according to scanning electron microscope - energy dispersive X-ray spectroscopy (SEM-EDX) under the conditions defined for determination of Elemental Mass Concentration in the Examples.
An image processing device comprising: a state detection element for detecting a remote operation mode of a working machine by a remote operation device or a moving mode of the working machine; an image prediction element configured to predict whether or not a data amount of a captured image indicating the captured image of the working machine and an environment thereof captured by an actual machine image capturing device is to exceed a threshold, based on the remote operation mode of the working machine by the remote operation device or the moving mode of the working machine detected by the state detection element; and an image compression element configured to eliminate high frequency components exceeding a specified frequency in a second specified image area excluding a first specified image area of the captured image on condition that it is predicted that the data amount of the captured image is to exceed the threshold by the image prediction element. a state detection element for detecting a remote operation mode of a working machine by a remote operation device or a moving mode of the working machine; an image prediction element configured to predict whether or not a data amount of a captured image indicating the captured image of the working machine and an environment thereof captured by an actual machine image capturing device is to exceed a threshold, based on the remote operation mode of the working machine by the remote operation device or the moving mode of the working machine detected by the state detection element; and an image compression element configured to eliminate high frequency components exceeding a specified frequency in a second specified image area excluding a first specified image area of the captured image on condition that it is predicted that the data amount of the captured image is to exceed the threshold by the image prediction element.
A dispensing assembly comprising: a first element defining a first outlet through which a first liquid is dispensed, the first element including a cylindrical wall defining a tube through which the first liquid passes to the first outlet; and a second element defining a second outlet through which a second liquid is dispensed, wherein one or more apertures are apertures are defined through the cylindrical wall of the first element, the cylindrical wall separating the first and second liquids; and wherein: the first liquid forms an internal liquid stream when dispensed through the first outlet; the second liquid forms an annular liquid column around the internal liquid stream when dispensed through the second outlet; the first outlet is configured to form the internal liquid stream as being concentric with the annular liquid column; and the cylindrical wall of the first element is positioned at least partially within the second outlet of the second element and extends beyond a bottom surface of the second element. a first element defining a first outlet through which a first liquid is dispensed, the first element including a cylindrical wall defining a tube through which the first liquid passes to the first outlet; and a second element defining a second outlet through which a second liquid is dispensed, wherein one or more apertures are apertures are defined through the cylindrical wall of the first element, the cylindrical wall separating the first and second liquids; and wherein: the first liquid forms an internal liquid stream when dispensed through the first outlet; the second liquid forms an annular liquid column around the internal liquid stream when dispensed through the second outlet; the first outlet is configured to form the internal liquid stream as being concentric with the annular liquid column; and the first liquid forms an internal liquid stream when dispensed through the first outlet; the second liquid forms an annular liquid column around the internal liquid stream when dispensed through the second outlet; the first outlet is configured to form the internal liquid stream as being concentric with the annular liquid column; and the cylindrical wall of the first element is positioned at least partially within the second outlet of the second element and extends beyond a bottom surface of the second element.
Method for operating a measuring point, wherein at least one measured variable is determined at the measuring point by at least one calibration-capable sensor, wherein the sensor is calibrated at predefinable calibration times and at least one parameter connected to the calibration is stored, in each case, as part of reference data of the sensor, characterized in that at least one measured variable is determined at a second measuring point by a second sensor and that at least one variable of the second sensor, which depends on aging, is estimated from the reference data of the sensor, that both sensors (5, 6) are of the same sensor type and that a time for a calibration or of reaching a replacement state is estimated as a quantity dependent on aging.
A socket comprising socket terminals (111, 112), a cover with a cylindrical well face for receiving a plug and comprising at least two contact holes adapted to receive contact pins of said plug for transmitting electrical power thereto, wherein each contact hole is located at the bottom of a concave contact pin-guide (141, 142), said contact holes and the contact pin-guides (141, 142) are disposed on a press plate, wherein said press plate is configured to be axially movable along the well face between an outer position, wherein the press plate is biased outwardly by a spring, and an inner position, wherein contact pins and ground contacts (212, 250) on the plug, said plug inserted into the socket, are electrically connected to their respective socket terminals (111, 112), characterised in that the press plate is rotatably movable about a rotational symmetry axis (z) of the cylindrical well face between a first orientation where the contact holes are angularly displaced from the terminals and a second orientation where the contact holes are angularly aligned with the terminals, wherein the cylindrical well face has axial ribs directed radially inwardly, such that the press plate can rotatably slide on top of them.
A control module for a hydraulic system, the module comprising: a tank configured to store hydraulic fluid and being substantially cylindrical; a plurality of valves fluidly connected to the tank and configured to control distribution of hydraulic fluid from the tank to one or more components of the system, wherein the plurality of valves are spaced around a circumference of the tank; and one or more passages (120a, 120b) fluidly connecting the tank with at least one of the plurality of valves (115a, 115b) and/or a first of the plurality of valves with a second of the plurality of valves, characterised in that the one or more passages (120a, 120b) are one or more circumferential passages extending at least partly in a circumferential direction around the circumference of the tank. a tank configured to store hydraulic fluid and being substantially cylindrical; a plurality of valves fluidly connected to the tank and configured to control distribution of hydraulic fluid from the tank to one or more components of the system, wherein the plurality of valves are spaced around a circumference of the tank; and one or more passages (120a, 120b) fluidly connecting the tank with at least one of the plurality of valves (115a, 115b) and/or a first of the plurality of valves with a second of the plurality of valves, characterised in that the one or more passages (120a, 120b) are one or more circumferential passages extending at least partly in a circumferential direction around the circumference of the tank.
A circuit for latching a repetitive signal relative to a clock, the circuit comprising: a signal input to receive a repetitive signal having repetitive signal transitions; clock circuitry to provide a clock with active (11, 101) and inactive clock edges within a clock period (T CLOCK); signal capture circuitry for latching the repetitive signal transitions at an active clock edge (11, 101) based on predefined setup and hold times which determine a setup/hold window; and characterised in that clock phase adjustment circuitry to adjust a clock phase of the clock to obtain a phase-adjusted clock, and to delay the phase-adjusted clock, in particular to delay the active clock edge (11, 101), so that the preceding inactive clock edge is aligned with the repetitive signal transitions within a signal capture window between setup/hold windows. a signal input to receive a repetitive signal having repetitive signal transitions; clock circuitry to provide a clock with active (11, 101) and inactive clock edges within a clock period (T CLOCK); signal capture circuitry for latching the repetitive signal transitions at an active clock edge (11, 101) based on predefined setup and hold times which determine a setup/hold window; and characterised in that clock phase adjustment circuitry to adjust a clock phase of the clock to obtain a phase-adjusted clock, and to delay the phase-adjusted clock, in particular to delay the active clock edge (11, 101), so that the preceding inactive clock edge is aligned with the repetitive signal transitions within a signal capture window between setup/hold windows.
A method of operating a laundry machine including a rotatable drum, the method comprising: waiting a user's input; supplying steam to an inside of the drum; and driving the drum during a predetermined period that overlaps with supplying steam to the inside of the drum when a course inputted by the user is a steam course, characterized in that driving the drum comprises at least one of rotating the drum in a predetermined direction at a preset RPM and applying a sudden brake to the drum based on a rotation angle of the drum, or rotating the drum at the preset RPM alternating in a clockwise direction and a counter-clockwise direction and applying a sudden brake to the drum based on a rotation angle of the drum; and wherein applying the sudden brake to the drum comprises applying a torque in an opposite direction to a current rotation direction of the drum. waiting a user's input; supplying steam to an inside of the drum; and driving the drum during a predetermined period that overlaps with supplying steam to the inside of the drum when a course inputted by the user is a steam course, characterized in that driving the drum comprises at least one of rotating the drum in a predetermined direction at a preset RPM and applying a sudden brake to the drum based on a rotation angle of the drum, or rotating the drum at the preset RPM alternating in a clockwise direction and a counter-clockwise direction and applying a sudden brake to the drum based on a rotation angle of the drum; and wherein applying the sudden brake to the drum comprises applying a torque in an opposite direction to a current rotation direction of the drum.
A multilayer composite structure with integrated fastener-to-conductive layer surface lightning protection interconnection comprising: a conductive layer, having an inner surface and a plurality of preshaped conical chamfered recesses forming countersinks in an outer surface; and one or more carbon fiber reinforced plastic (CFRP) composite layers disposed on and conforming to the inner surface of the conductive layer; and a plurality of holes extending through the plurality of chamfered recesses in the conductive layer and the adjoining CFRP composite layer in a manner such that the conductive layer defines a countersink portion extending into openings of the plurality of holes, conductive countersunk fasteners installed within the plurality of holes, whereby the extension of the conductive layer into the chamfered recesses provides an electrically conductive surface area forming a conductive surface as conical countersinks extending into each hole that contacts the conductive countersunk fasteners installed within the plurality of holes. a conductive layer, having an inner surface and a plurality of preshaped conical chamfered recesses forming countersinks in an outer surface; and one or more carbon fiber reinforced plastic (CFRP) composite layers disposed on and conforming to the inner surface of the conductive layer; and a plurality of holes extending through the plurality of chamfered recesses in the conductive layer and the adjoining CFRP composite layer in a manner such that the conductive layer defines a countersink portion extending into openings of the plurality of holes, conductive countersunk fasteners installed within the plurality of holes, whereby the extension of the conductive layer into the chamfered recesses provides an electrically conductive surface area forming a conductive surface as conical countersinks extending into each hole that contacts the conductive countersunk fasteners installed within the plurality of holes.
A hot rolled steel having excellent weldability and impact toughness in a welding zone, consisting of: by weight (wt.%), carbon: 0.10% to 0.30%, manganese (Mn): 11.0% to 13.0%, iron (Fe) as a residual component thereof, and other inevitable impurities, and positive and negative segregation zones in a layered form, wherein the positive segregation zone comprises austenite of 50% or more and the epsilon martensite as a remainder, and the negative segregation zone comprises, by area fraction, epsilon martensite of less than 5% excluding 0% and alpha martensite as a matrix wherein an effective grain size of the alpha martensite is 3μm or less, and wherein impact toughness in the welding zone of the steel is 64J or greater at a temperature of -60°C.
A rotor for a compressible fluid pump, in particular a blood pump which can be introduced into a patient's body through a blood vessel, which rotor has one or more conveying elements and can be compressed and expanded radially between a compressed state and an expanded state and which consists at least partly of a plastic reinforced by strand-like reinforcing elements, in particular fibers (10, 11, 13, 18, 19), and is provided for rotation about an axis of rotation, characterized in that the plastic has a Shore hardness < 80 D.
An apparatus for verifying a geographical location of information processing, the apparatus comprising: - means for requesting processing of information from a device; - means for receiving seismic data produced by the device performing information processing; - means for receiving reference seismic data from known location(s); - means for performing a geographic determination, based on the seismic data and the reference seismic data, the geographic determination comprising determining whether the seismic data produced by the device performing information processing corresponds to the reference seismic data. - means for requesting processing of information from a device; - means for receiving seismic data produced by the device performing information processing; - means for receiving reference seismic data from known location(s); - means for performing a geographic determination, based on the seismic data and the reference seismic data, the geographic determination comprising determining whether the seismic data produced by the device performing information processing corresponds to the reference seismic data.
A tool for handling blades for wind turbines, and comprising a first frame with a connecting arrangement which consists of a second frame with means for connection to a wire connected to a crane or hoist for hoisting of the first frame and the blade, said first frame further comprises gripping means (8, 10) for engagement of the blade surface, and where the gripping means consists of at least two cooperating claw-shaped sets (18, 20, 22, 24) of gripping organs driven by first sets of actuators (14, 16), where each set of gripping organs (18, 20, 22, 24) comprises a first claw shaped organ (18, 22) and a second claw shaped organ (20, 24), which together in engaged position encloses the blade surface on each side of the maximum circumference of the blade, characterized in, that the connecting arrangement which consists of the second frame comprises a, by first pivot bearing connections, pivotally mounted yoke, the free end of which comprises means for connection to a wire.
Device for positioning multiple function elements, having a recess for receiving a shaft, in a predetermined angular position on the shaft, the function elements comprising in particular cams, balancing masses, gear wheels and/or bearings, wherein - the device comprises multiple mountings for receiving a function element, each mounting equipped with a moulding establishing the angular position of the respective function element corresponding to the angular position on the shaft, - the mountings can be positioned such that the recesses of the function elements lie on a common straight line, - the mountings are arranged vertically on top of one another, so that the common straight line runs in a vertical direction, - a vertically moveable guide carriage for the shaft is provided, so that the shaft joins with the function elements in a vertical direction, - a heating device is provided by means of which at least two function elements in the mountings can be heated, in particular inductively heated, characterized in that - at least one mounting is coolable in order to be able to adjust a certain temperature at least in the region of the moulding even when a heated function element is positioned in the mounting. - the device comprises multiple mountings for receiving a function element, each mounting equipped with a moulding establishing the angular position of the respective function element corresponding to the angular position on the shaft, - the mountings can be positioned such that the recesses of the function elements lie on a common straight line, - the mountings are arranged vertically on top of one another, so that the common straight line runs in a vertical direction, - a vertically moveable guide carriage for the shaft is provided, so that the shaft joins with the function elements in a vertical direction, - a heating device is provided by means of which at least two function elements in the mountings can be heated, in particular inductively heated, - at least one mounting is coolable in order to be able to adjust a certain temperature at least in the region of the moulding even when a heated function element is positioned in the mounting.
A rubber composition, comprising: a rubber component including a diene rubber; a reinforcing filler; and a glycerol fatty acid triester of plant origin, the diene rubber including an isoprene-based rubber, the glycerol fatty acid triester having a content of saturated fatty acids of 10 to 25% by mass and a content of monovalent unsaturated fatty acids having one unsaturated bond of less than 50% by mass, each based on 100% by mass of constituent fatty acids of the triester, the reinforcing filler being present in an amount of 50 parts by mass or less per 100 parts by mass of the rubber component, characterized in that the reinforcing filler includes carbon black and a microfibrillated plant fiber. a rubber component including a diene rubber; a reinforcing filler; and a glycerol fatty acid triester of plant origin, the diene rubber including an isoprene-based rubber, the glycerol fatty acid triester having a content of saturated fatty acids of 10 to 25% by mass and a content of monovalent unsaturated fatty acids having one unsaturated bond of less than 50% by mass, each based on 100% by mass of constituent fatty acids of the triester, the reinforcing filler being present in an amount of 50 parts by mass or less per 100 parts by mass of the rubber component, characterized in that the reinforcing filler includes carbon black and a microfibrillated plant fiber.
A method, comprising: receiving a presence configuration request comprising configuration information; determining a first power saving interval and a second power saving interval based on the configuration information, wherein the first power saving interval corresponds to a time between presence indication transmissions by a mobile computing device when stationary, and wherein the second power saving interval corresponds to a time between presence indication transmissions by the mobile computing device when in motion; transmitting a presence configuration response comprising information indicating the first power saving interval and the second power saving interval; configuring the mobile computing device with the first power saving interval and the second power saving interval; when the mobile computing device is stationary, transmitting a presence indication frame every first power saving interval; when the mobile computing device is in motion, transmitting a presence indication frame every second power saving interval wherein the first power saving interval is selected to be longer; and wherein the second power saving interval is selected to be shorter. receiving a presence configuration request comprising configuration information; determining a first power saving interval and a second power saving interval based on the configuration information, wherein the first power saving interval corresponds to a time between presence indication transmissions by a mobile computing device when stationary, and wherein the second power saving interval corresponds to a time between presence indication transmissions by the mobile computing device when in motion; transmitting a presence configuration response comprising information indicating the first power saving interval and the second power saving interval; configuring the mobile computing device with the first power saving interval and the second power saving interval; when the mobile computing device is stationary, transmitting a presence indication frame every first power saving interval; when the mobile computing device is in motion, transmitting a presence indication frame every second power saving interval wherein the first power saving interval is selected to be longer; and wherein the second power saving interval is selected to be shorter.