mhurhangee/ep-ind-claims huggingface dataset:
A method for washing laundry in a washing machine, wherein the washing machine includes a tub and a drum positioned in the tub, the method comprising: supplying wash water and detergent to the tub and drum, thereby wetting the laundry located in the drum; rotating the drum thereby causing the laundry to be lifted within and to fall towards the bottom of the drum as the drum rotates; determining whether the laundry in the drum is unbalanced; balancing the laundry by repeatedly accelerating and decelerating the drum under the condition that wash water is contained in the tub; and draining the wash water from the tub and drum after balancing the laundry when a level of the wash water in the tub exceeds an allowable value. supplying wash water and detergent to the tub and drum, thereby wetting the laundry located in the drum; rotating the drum thereby causing the laundry to be lifted within and to fall towards the bottom of the drum as the drum rotates; determining whether the laundry in the drum is unbalanced; balancing the laundry by repeatedly accelerating and decelerating the drum under the condition that wash water is contained in the tub; and draining the wash water from the tub and drum after balancing the laundry when a level of the wash water in the tub exceeds an allowable value.
A plaster for fixing cannulas comprising a support structure, having an adhesive surface, for a barrier layer arranged on the side of the support structure facing away from the adhesive surface, wherein the support structure is fixable to the skin surrounding the cannula puncture site using the adhesive surface and the barrier layer impedes the migration of bacteria and covers the cannula puncture site, wherein the support structure has a cavity covered by the barrier layer and configured for holding in place a ridge-shaped gripping aid on the cannula, which cavity penetrates the support structure, characterised in that the cavity is configured as a cavity slot, running in a straight line, in the support structure configured as a non-woven fabric layer, wherein the width of the cavity slot is less than 35% of the length of the slot in a direction perpendicular to its longitudinal direction; in that the support structure has a notch extending from an edge running parallel to the longitudinal direction of the cavity slot, said notch tapering from a width exceeding the length of the cavity slot as it proceeds towards the cavity slot and having at its end proximate to the cavity slot a smaller width than the cavity slot; and in that the support structure has an inspection opening, surrounded by the support structure in the manner of a frame and separated from the cavity by a frame section of the support structure, which inspection opening is covered by the barrier layer on the side of the support structure facing away from the adhesive surface.
Gangway connection system for guiding at least one power cable, having a clamping part which comprises at least one feedthrough (20a, 20b) for the power cable, wherein the feedthrough (20a, 20b) extends along a longitudinal axis and between an inlet opening and an outlet opening and comprises a longitudinal sectional profile, having an inner and an outer longitudinal sectional contour (24a, 24b), wherein at least one of the longitudinal sectional contours (24a, 24b) is curved at least in regions, and wherein the at least one longitudinal sectional contour (24a, 24b) comprises, at least in portions, a radius of curvature (R1, R2) which corresponds to a radius of curvature of the power cable.
Use of a low molecular weight amino polyol as plasticizer in polyvinyl alcohol containing compositions for the production of pharmaceutical formulations in form of amorphous solid dispersions of active pharmaceutical ingredients processed by hot melt extrusion or melt extrusion processes, wherein the amino polyol is an amino sugar, selected from the group D-glucosamine, D-galactosamine, mannosamine, D-fucosamine, N-acetyl-D-fucosamine, N-acetyl-D-glucosamine, N-acetyllactosamine, N-acetylmannosamine, meglumine (D-(-)-N-methylglucamine) and sialic acid and wherein the amino polyol reduces the glass transition temperature T g and the melting temperature T m of the polyvinyl alcohol containing compositions in hot melt extrusion or melt extrusion processes.
An auxiliary drive for a trailer, in particular a caravan, a boat trailer, a sales vehicle, a transport trailer or a car transport trailer, wherein the auxiliary drive is arranged at a frame of the trailer and includes at least one drive element, which can be engaged with a wheel of the trailer, and at least one dirt trap element connected to the trailer and comprising at least one opening and/or recess, wherein the auxiliary drive can be passed through the opening and/or recess, wherein an inner contour of the opening and/or recess is formed substantially corresponding to an outer contour of the auxiliary drive in the contact area between the opening and/or recess and the auxiliary drive, characterized in that the dirt trap element is at least partially composed of a material with high sliding properties in the area of the opening and/or recess or the opening and/or recess are at least partially surrounded by a material with high sliding properties or a separate element composed of a material with high sliding properties is at least partially arranged at the opening and/or recess.
A method of manufacturing a core stiffened structure, the core stiffened structure having a first face sheet, a second face sheet, and a plurality of wafers of composite core, the method characterized in comprising: orienting the plurality of wafers in a non-uniform pattern onto the first face sheet, the non-uniform pattern producing non-uniform spacing between adjacent wafers; assembling a second face sheet onto the plurality of wafers; and curing an adhesive to create a bond between the plurality of wafers, the first face sheet, and the second face sheet. orienting the plurality of wafers in a non-uniform pattern onto the first face sheet, the non-uniform pattern producing non-uniform spacing between adjacent wafers; assembling a second face sheet onto the plurality of wafers; and curing an adhesive to create a bond between the plurality of wafers, the first face sheet, and the second face sheet.
Heating system comprising a heat source heating a heat transfer fluid, a circulation pump, at least two heat exchangers connected to said heat source and said circulation pump, each heat exchanger being provided with a valve controlling a flow of said heat transfer fluid through said heat exchanger, each valve being actuated by actuator means, and control means controlling said actuator means, and wherein said control means are structured and arranged to perform a balancing of said heat exchangers during a starting period and said control means control said valves by pulse width modulation, said pulse width modulation having a modulation time period characterized in that during said starting period said control means compare valve open time periods of said valves with each other and changes a maximum opening stroke of the valve having the shortest valve open time period.
A method (800, 900) for Long Term Evolution systems, comprising: receiving (802, 902) a PUCCH resource allocation from an evolved NodeB, eNB for a radio frame that includes a first subframe and a second subframe, wherein the PUCCH resource allocation includes a first PUCCH configuration for the first subframe and a second PUCCH configuration for the second subframe, and the second PUCCH configuration is different than the first PUCCH configuration, and wherein the first PUCCH configuration indicates a first PUCCH format and the second PUCCH configuration indicates a second PUCCH format; transmitting a first group of HARQ bits based on the first PUCCH configuration in the first subframe; and transmitting a second group of HARQ bits based on the second PUCCH configuration in the second subframe. receiving (802, 902) a PUCCH resource allocation from an evolved NodeB, eNB for a radio frame that includes a first subframe and a second subframe, wherein the PUCCH resource allocation includes a first PUCCH configuration for the first subframe and a second PUCCH configuration for the second subframe, and the second PUCCH configuration is different than the first PUCCH configuration, and wherein the first PUCCH configuration indicates a first PUCCH format and the second PUCCH configuration indicates a second PUCCH format; transmitting a first group of HARQ bits based on the first PUCCH configuration in the first subframe; and transmitting a second group of HARQ bits based on the second PUCCH configuration in the second subframe.
Coupling for connecting support members provided with external threads, in particular for connecting anchor rods of injection drill anchors for rotary-percussive drilling, the coupling comprising a sleeve-like coupling box that has screw-in openings, issuing from two opposing sides and each provided with internal threads, for screwing in support members provided with external threads, a mounting projection, which faces radially inwards and extends in particular annularly along the entire periphery, being formed between the two internal threads of the screw-in openings on the inside of the coupling box, a radial recess, which is rotationally symmetrical in relation to the geometric central longitudinal axis of the coupling box, being formed in each case between the mounting projection and the internal threads, which recess adjoins an in particular conical runout of the adjacent internal thread or cuts the internal thread, an elastically deformable sealing ring, in particular made of plastics material, being inserted or insertable into the two recesses in each case, and, when the sealing rings are unstressed, the outer diameter (D 1) thereof being larger than the inner diameter of the mounting projection and/or larger than the core diameter (D 2) of the internal thread, characterised in that the coupling comprises a clamping ring, in particular made of metal, the outer diameter (d) of which is smaller than or equal to the inner diameter of the mounting projection, and in that the sealing rings each comprise a rotationally symmetrical contact surface that extends in a radius interval for abutment against one of the two side surfaces of the clamping ring, which radius interval, when the sealing rings are oriented concentrically to the clamping ring, geometrically overlaps, in part, a radius interval of the side surfaces of the clamping ring.
Method for making a cylindrical bore into a conical bore using a honing tool, wherein the honing tool comprises honing stones, the length (L Hl) of which is less than half the length (L B) of the bore to be processed, comprising the steps of: applying the honing stones of the honing tool to the bore, honing the bore over its entire length (L B) with a maximum stroke (H Max), honing the bore with decreasing stroke, wherein a lower reversal point of the honing tool remains substantially unchanged, and ending the honing process as soon as the upper reversal point has reached a predefined end value or a number of performed strokes with decreasing stroke is reached, wherein the maximum stroke (HMax) is more than thrice the length of the minimum stroke (HMin). applying the honing stones of the honing tool to the bore, honing the bore over its entire length (L B) with a maximum stroke (H Max), honing the bore with decreasing stroke, wherein a lower reversal point of the honing tool remains substantially unchanged, and ending the honing process as soon as the upper reversal point has reached a predefined end value or a number of performed strokes with decreasing stroke is reached, wherein the maximum stroke (HMax) is more than thrice the length of the minimum stroke (HMin).
Method of controlling a distribution network comprising a first part and a second part, each of said parts (1a; 1b) comprising assets, said first part and said second part being selectively connected to each other into an interconnected state at a connection point, said distribution network further comprising a distribution network controller and a microgrid controller, the method comprises monitoring (301, 306) the distribution network, including electrical entities of the distribution network; controlling the assets of the distribution network based on the monitoring (301, 306); the controlling further includes controlling the assets of the distribution network in the interconnected state in accordance with a first control mode, wherein each distribution network controller or microgrid controller controlling a respective first part or second part, the method further comprising selecting between - controlling the assets of the distribution network in the interconnected state in accordance with the first control mode, and - controlling the assets of the distribution network in the interconnected state in accordance with a second control mode, in which the assets of the first part and the assets of the second part are controlled by the distribution network controller, wherein the microgrid controller is configured to provide a monitoring function of the second part and switch control mode if any electrical entity violates a corresponding threshold for that entity. the method comprises monitoring (301, 306) the distribution network, including electrical entities of the distribution network; controlling the assets of the distribution network based on the monitoring (301, 306); the controlling further includes controlling the assets of the distribution network in the interconnected state in accordance with a first control mode, wherein each distribution network controller or microgrid controller controlling a respective first part or second part, - controlling the assets of the distribution network in the interconnected state in accordance with the first control mode, and - controlling the assets of the distribution network in the interconnected state in accordance with a second control mode, in which the assets of the first part and the assets of the second part are controlled by the distribution network controller, wherein the microgrid controller is configured to provide a monitoring function of the second part and switch control mode if any electrical entity violates a corresponding threshold for that entity.
Supply device for supplying at least one molding device with a polymerizable mixture of at least two reactants, said supply device comprising: - a buffer tank designed to receive said polymerizable mixture through an inlet of said buffer tank, - a supply circuit, looped with this buffer tank, for feeding the polymerizable mixture to an inlet of said at least one molding device and comprising, beyond said inlet of the molding device, a return line connected to the inlet of the buffer tank in order to return some of the polymerizable mixture into the buffer tank, said buffer tank being designed to receive said polymerizable mixture from said return line, and - a filling line for filling said buffer tank, said filling line being connected to said inlet of this buffer tank, being separate from the return line, said buffer tank being designed to receive said polymerizable mixture or at least one of said reactants from said filling line. - a buffer tank designed to receive said polymerizable mixture through an inlet of said buffer tank, - a supply circuit, looped with this buffer tank, for feeding the polymerizable mixture to an inlet of said at least one molding device and comprising, beyond said inlet of the molding device, a return line connected to the inlet of the buffer tank in order to return some of the polymerizable mixture into the buffer tank, said buffer tank being designed to receive said polymerizable mixture from said return line, and - a filling line for filling said buffer tank, said filling line being connected to said inlet of this buffer tank, being separate from the return line, said buffer tank being designed to receive said polymerizable mixture or at least one of said reactants from said filling line.
A 2,3-dihydro-1 H -inden-2-yl urea derivative represented by the General Formula (Ia) or a pharmaceutically acceptable salt thereof: wherein, n represents an integer of 0 to 4; R 3a represents R 6 O- or (R 6) 2 N-; R 3b represents hydrogen, R 6 O- or (R 6) 2 N-; R 4a represents alkyl of 1 to 6 carbon atoms, R 6 O-, (R 6) 2 N- or halogen, wherein the alkyl of R 4a may be substituted with 1 or more halogen, R 6 O- and/or (R 6) 2 N-; R 4b represents alkyl of 1 to 6 carbon atoms, cycloalkyl of 3 to 8 carbon atoms, R 6 O-, (R 6) 2 N- or halogen, wherein the alkyl of R 4b may be substituted with 1 or more halogen, R 6 O- and/or (R 6) 2 N-, and wherein the cycloalkyl of R 4b may be substituted with 1 to 3 R 6 that are each independent and/or 1 to 3 methylenes constituting a ring may be replaced with each independently -O-, -S-,-C - or -N(R 6)- and/or a carbon atom directly bound to a benzene ring may be replaced with a nitrogen atom; R 5 each independently represents alkyl of 1 to 6 carbon atoms, R 6 O-, (R 6) 2 N-, R 6 C NH-, R 6 S 2 NH-, R 6 C -, R 6 OC -, (R 6) 2 NC cyano or halogen, wherein the alkyl of R 5 may be substituted with 1 or more halogen, R 6 O- and/or (R 6) 2 N-; R 6 each independently represents hydrogen or alkyl of 1 to 6 carbon atoms, wherein the alkyl of R 6 may be substituted with 1 or more halogen; and X represents R 6 O- or (R 6) 2 N-.
A programmable memory cell comprising: a first antifuse, connected between a first power terminal and an output terminal; a second antifuse, connected between a second power terminal and the output terminal; and a third switch unit, connected to the output terminal, a third power terminal, and a position signal terminal, the third switch unit connects the third power terminal to the output terminal in response to a signal from the position signal terminal; a first switch unit, connected to the first power terminal, a first terminal of the first antifuse, and a first control terminal, the first switch unit connects the first power terminal to the first terminal of the first antifuse in response to a signal from the first control terminal; and a second switch unit, connected to the second power terminal, a first terminal of the second antifuse, and the first control terminal, the second switch unit connects the second power terminal to the first terminal of the second antifuse in response to the signal from the first control terminal. a first antifuse, connected between a first power terminal and an output terminal; a second antifuse, connected between a second power terminal and the output terminal; and a third switch unit, connected to the output terminal, a third power terminal, and a position signal terminal, the third switch unit connects the third power terminal to the output terminal in response to a signal from the position signal terminal; a first switch unit, connected to the first power terminal, a first terminal of the first antifuse, and a first control terminal, the first switch unit connects the first power terminal to the first terminal of the first antifuse in response to a signal from the first control terminal; and a second switch unit, connected to the second power terminal, a first terminal of the second antifuse, and the first control terminal, the second switch unit connects the second power terminal to the first terminal of the second antifuse in response to the signal from the first control terminal.
An embedded Linux system for an audio processing device, the system comprising: a system on a chip, SoC, device including a memory, a hardware layer and a plurality of software layers (102, 104, 106, 108) of the Linux system, the SoC being programmed to process at least a reference signal indicative of undesired audio content and a measured signal indicative of measured audio data in a listening environment; the system characterized by a first circuit being programmed to: receive the reference signal, as a plurality of N audio-based channels; receive the measured signal as a plurality of M audio-based channels; merge the reference signal with the measured signal to generate M + N audio-based channels to form a Time Division Multiplexing, TDM, data stream; and provide the merged reference and measured signal to the hardware layer of the SoC device to prevent temporal misalignment between the reference signal and the measured signal caused by the plurality of software layers (102, 104, 106, 108) of the Linux system, wherein the hardware layer is located between the first circuit and the plurality of software layers of the Linux system. a system on a chip, SoC, device including a memory, a hardware layer and a plurality of software layers (102, 104, 106, 108) of the Linux system, the SoC being programmed to process at least a reference signal indicative of undesired audio content and a measured signal indicative of measured audio data in a listening environment; the system characterized by a first circuit being programmed to: receive the reference signal, as a plurality of N audio-based channels; receive the measured signal as a plurality of M audio-based channels; merge the reference signal with the measured signal to generate M + N audio-based channels to form a Time Division Multiplexing, TDM, data stream; and provide the merged reference and measured signal to the hardware layer of the SoC device to prevent temporal misalignment between the reference signal and the measured signal caused by the plurality of software layers (102, 104, 106, 108) of the Linux system, wherein the hardware layer is located between the first circuit and the plurality of software layers of the Linux system. receive the reference signal, as a plurality of N audio-based channels; receive the measured signal as a plurality of M audio-based channels; merge the reference signal with the measured signal to generate M + N audio-based channels to form a Time Division Multiplexing, TDM, data stream; and provide the merged reference and measured signal to the hardware layer of the SoC device to prevent temporal misalignment between the reference signal and the measured signal caused by the plurality of software layers (102, 104, 106, 108) of the Linux system, wherein the hardware layer is located between the first circuit and the plurality of software layers of the Linux system.
A fluid coupling conduit (6, 50, 70, 104, 134) for a patient interface device, comprising: an inlet end (28, 52, 76, 110, 140) structured to receive a flow of breathing gas; an outlet end (32, 56, 78, 112, 142) fluidly coupled to the inlet end, wherein the outlet end defines an outlet opening (34,58); and a central chamber portion (36, 60, 80, 124, 154) positioned between the inlet end and the outlet end, the central chamber portion having an outer wall (38, 62, 82, 116, 146) positioned opposite the outlet opening, the outer wall having a plurality of exhaust gas orifices (40, 64, 84, 118, 148) extending therethrough; characterized in that the fluid coupling conduit (6,50,70,104,134) further comprises a number of sound attenuating structures in the central chamber portion (36,60,80,124,154) between the outlet opening (34,58) and the outer wall (38,62,82,116,146), the number of sound attenuating structures including a plurality of surfaces structured to reflect sound waves associated with patient exhaust gas flow through the fluid coupling conduit (6,50,70,104,134). an inlet end (28, 52, 76, 110, 140) structured to receive a flow of breathing gas; an outlet end (32, 56, 78, 112, 142) fluidly coupled to the inlet end, wherein the outlet end defines an outlet opening (34,58); and a central chamber portion (36, 60, 80, 124, 154) positioned between the inlet end and the outlet end, the central chamber portion having an outer wall (38, 62, 82, 116, 146) positioned opposite the outlet opening, the outer wall having a plurality of exhaust gas orifices (40, 64, 84, 118, 148) extending therethrough;