mhurhangee/ep-ind-claims huggingface dataset:
A simulated stand mixer comprising: a base defining a vertical direction; a vertical member extending from the base in the vertical direction; an extension connected with the vertical member and extending in a horizontal direction, wherein the extension is separated from the base by a bowl space; characterised by a clip connected with the extension, wherein the clip comprises a semicircular portion and a connecting portion; wherein the semicircular portion has a center of curvature along a spin axis, wherein the spin axis extends through the bowl space in the vertical direction, and wherein the connecting portion is connected with a side surface of the extension. a base defining a vertical direction; a vertical member extending from the base in the vertical direction; an extension connected with the vertical member and extending in a horizontal direction, wherein the extension is separated from the base by a bowl space; characterised by a clip connected with the extension, wherein the clip comprises a semicircular portion and a connecting portion; wherein the semicircular portion has a center of curvature along a spin axis, wherein the spin axis extends through the bowl space in the vertical direction, and wherein the connecting portion is connected with a side surface of the extension.
A method for processing an audio signal, comprising: receiving a downmix signal comprising at least one object signal, and object information determined when the downmix signal is generated; receiving mix information for controlling the least one object signal; and generating multi-channel information including at least one gain modification factor using the object information and the mix information, wherein the gain modification factor describes a ratio of a first gain being estimated based on the mix information and the object information to a second gain being estimated based on the object information; generating a downmix processing parameter using the object information and the mix information; generating a processed downmix signal by processing the downmix signal using the downmix processing parameter, wherein the processing the downmix signal comprises de-correlating the downmix signal to generate a de-correlated signal and mixing the downmix signal and the de-correlated signal using the downmix processing parameter to output the processed downmix signal; and generating a multi-channel output using the processed downmix signal and the multi-channel information, wherein the gain modification factor corresponds to a time-subband-variant factor for controlling gain of the object signal. receiving a downmix signal comprising at least one object signal, and object information determined when the downmix signal is generated; receiving mix information for controlling the least one object signal; and generating multi-channel information including at least one gain modification factor using the object information and the mix information, wherein the gain modification factor describes a ratio of a first gain being estimated based on the mix information and the object information to a second gain being estimated based on the object information; generating a downmix processing parameter using the object information and the mix information; generating a processed downmix signal by processing the downmix signal using the downmix processing parameter, wherein the processing the downmix signal comprises de-correlating the downmix signal to generate a de-correlated signal and mixing the downmix signal and the de-correlated signal using the downmix processing parameter to output the processed downmix signal; and generating a multi-channel output using the processed downmix signal and the multi-channel information, wherein the gain modification factor corresponds to a time-subband-variant factor for controlling gain of the object signal.
Control apparatus for a wind power installation, designed to control the components of the wind power installation during normal operation on the basis of input signals and to shut down the wind power installation when a stop signal is received from a shadow-casting module as an input signal, wherein periods of time in which inadmissible shadow-casting is possible are stored in the control apparatus directly and the control apparatus is designed to shut down the wind power installation in the periods of time stored in the control apparatus if the shadow-casting module fails or malfunctions, characterized in that the control apparatus is designed to receive a malfunction signal from the shadow-casting module so as, on receiving a corresponding signal, to shut down the wind power installation in the periods of time stored in the control apparatus.
Cosmetic composition in the form of an emulsion comprising at least one polyester resulting from the esterification, with a polycarboxylic acid, of an aliphatic hydroxycarboxylic acid ester comprising at least two hydroxyl groups and at least one nonionic cellulose derivative comprising one or more hydrophobic substituents containing from 8 to 30 carbon atoms.
Winding and twisting device of a ring spinning or ring twisting machine, comprising: at least one stator that comprises at least one superconducting material and a stator cooling device, at least one rotor that generates a magnetic field, and a rotatable spindle, wherein the rotor and the stator are arranged co-axially to the spindle; wherein the rotor and the stator are configured such that a ring-shaped air gap, which is arranged co-axially to the spindle and in which the thread to be wound up can circulate, is formed between the rotor and the stator; wherein the rotor and/or the stator have at least one ring-shaped yarn guiding element (3, 13) that is arranged co-axially to the spindle, wherein the yarn guiding element of the rotor and/or the yarn guiding element of the stator delimit the air gap; and wherein the rotor is further configured such that the rotor is pinned to the stator through the generated magnetic field in relation to a rotation around the spindle axis. at least one stator that comprises at least one superconducting material and a stator cooling device, at least one rotor that generates a magnetic field, and a rotatable spindle, wherein the rotor and the stator are arranged co-axially to the spindle; wherein the rotor and the stator are configured such that a ring-shaped air gap, which is arranged co-axially to the spindle and in which the thread to be wound up can circulate, is formed between the rotor and the stator; wherein the rotor and/or the stator have at least one ring-shaped yarn guiding element (3, 13) that is arranged co-axially to the spindle, wherein the yarn guiding element of the rotor and/or the yarn guiding element of the stator delimit the air gap; and wherein the rotor is further configured such that the rotor is pinned to the stator through the generated magnetic field in relation to a rotation around the spindle axis.
A process for making an oil continuous composition, the process comprising the steps of: a) reacting HOR'SO 3 M, where R' is a divalent hydrocarbon radical having 2 to 4 carbons and M is an alkali metal cation, with RCOOH, where R is a monovalent aliphatic radical having 7 to 24 carbons to produce RCOOR'SO 3 M, said reactants being combined at temperature of 20 to 25°C and heated to 200° to 245°C; b) adding an oil selected from the group consisting of mineral oil, triglyceride oil, silicone oil and mixtures thereof, wherein said oil has optionally been heated from 20-25°C to 80 to 130°C, to the heated reaction product of component (a) while still in a molten state; c) continuing to heat mixture of product of (a) and oil of (b) at temperature of 200 to 245°C to form liquid phase mixture of fatty acyl isethionate, unreacted fatty acid, unreacted isethionate, catalyst, if used, trace impurities, if any, and oil; and d) cooling the resultant mixture at 0.5 to 5° per minute to below the solidification temperature of the FAI. a) reacting HOR'SO 3 M, where R' is a divalent hydrocarbon radical having 2 to 4 carbons and M is an alkali metal cation, with RCOOH, where R is a monovalent aliphatic radical having 7 to 24 carbons to produce RCOOR'SO 3 M, said reactants being combined at temperature of 20 to 25°C and heated to 200° to 245°C; b) adding an oil selected from the group consisting of mineral oil, triglyceride oil, silicone oil and mixtures thereof, wherein said oil has optionally been heated from 20-25°C to 80 to 130°C, to the heated reaction product of component (a) while still in a molten state; c) continuing to heat mixture of product of (a) and oil of (b) at temperature of 200 to 245°C to form liquid phase mixture of fatty acyl isethionate, unreacted fatty acid, unreacted isethionate, catalyst, if used, trace impurities, if any, and oil; and d) cooling the resultant mixture at 0.5 to 5° per minute to below the solidification temperature of the FAI.
Refrigerating circuit including at least one main compressor configured for the suction of vapor from at least one evaporator, a highpressure heat exchanger configured for heat rejection to an external fluid, a first throttling valve and a liquid/vapor separator arranged to feed the at least one evaporator with liquid refrigerant through a second throttling device, the first throttling valve being inserted in the circuit between the high-pressure heat exchanger and the liquid/vapour separator, being the lubricating oil used by the compressor of a type not miscible or partially miscible with the refrigerant - for example, but not exclusively, of PAG type when the refrigerant is carbon dioxide - and having said oil a density greater than that of the refrigerant in the conditions existing in the liquid/vapor separator, being the refrigerating circuit wherein a two-circuit regenerative heat exchanger is configured for the circulation, in the primary circuit, of the refrigerant leaving the high-pressure heat exchanger and for the circulation, in the secondary circuit, of the flash vapor produced during the first throttling process through the first throttling valve, the circuit being characterised by including a pipe connecting the top of the separator with the inlet of the secondary circuit of the regenerative heat exchanger, said pipe being configured to convey the flash vapor and for injection, at an intermediate point, of a flow of oil or oil-rich mixture, for example but not exclusively through a valve, from the bottom of the liquid/vapor separator, and being the exit of the secondary circuit of the regenerative heat exchanger connected to the top of an oil storage tank configured for separation by gravity of the oil from vapor and for conveying the refrigerant vapor to the inlet of a valve adapted for controlling the pressure of the oil tank and of the separator by means of the controlled discharge of refrigerant vapor from the oil storage tank into the suction of the at least one compressor, in which the oil level is restored with oil from the oil tank through a valve.
Pharmaceutical composition in solid form comprising, per dosage unit, between 5 and 400 mg of a PEG with a grade of 3000 or more, for use in the topical treatment or prevention of vaginal atrophy.
Method for reproducing synthetically generated signals (SIG1, SIG2) by means of a binaural hearing system comprising two hearing devices (HG1, HG2), in which - after a reproduction of a first synthetic signal by the first hearing device - a reproduction of a second synthetic signal by the second hearing device is effected with a delay by a defined second interval of time in addition to delays unavoidably occurring as a result of a transmission of a trigger impulse from the first hearing device to the second hearing device, characterized in that the additional second time delay is proportioned such that the interval of time between the reproduction of the synthetically generated signals (SIG1, SIG2) is in the range from 1 ms to 50 ms, which means that the hearing system wearer gets the impression of a widening of the sound.
A drum of a washing machine comprising - a cylindrical band, - at least two rows of openings defined on the cylindrical band, arranged along a central line between both of them and - at least a blade with a blade base from which at least two corresponding rows of couplings extend, which are fittable into said openings to fasten the blade to the cylindrical band in an interior of said drum, wherein at least one opening has: - a bigger area which is big enough to be crossable by the coupling in a position of the blade dismounted from the drum and - a smaller area which is big enough to surround the first end of the rigid element contacting it in the position of the blade mounted on the drum, and wherein at least one coupling has: - a rigid element joined to the blade base at a first end and, - the rigid element has at its second end at least one flap contactable with a surface of an exterior of the cylindrical band in a position of the blade mounted on the drum, characterized in that - at least one opening has a cut-out located at the smaller area and extending outwards from the opening and - an elastic retaining element is provided at the rigid element fittable into the cut-out in the position of the blade mounted on the drum. - a cylindrical band, - at least two rows of openings defined on the cylindrical band, arranged along a central line between both of them and - at least a blade with a blade base from which at least two corresponding rows of couplings extend, which are fittable into said openings to fasten the blade to the cylindrical band in an interior of said drum, - a bigger area which is big enough to be crossable by the coupling in a position of the blade dismounted from the drum and - a smaller area which is big enough to surround the first end of the rigid element contacting it in the position of the blade mounted on the drum, and wherein at least one coupling has: - a rigid element joined to the blade base at a first end and, - the rigid element has at its second end at least one flap contactable with a surface of an exterior of the cylindrical band in a position of the blade mounted on the drum, characterized in that - at least one opening has a cut-out located at the smaller area and extending outwards from the opening and - an elastic retaining element is provided at the rigid element fittable into the cut-out in the position of the blade mounted on the drum.
A method for optimizing the operation of a wind turbine, comprising the steps of: (a) adjusting at least one control parameter of said wind turbine to a predetermined starting value; (b) measuring at least one response variable of said wind turbine and at least one further variable indicative of an ambient condition of the wind turbine over a time duration such that the ambient condition is substantially constant during measurement; (c) repeating step (b) N times, wherein N is a predetermined integer, wherein said at least one control parameter is varied at each repetition; (d) determining a measured relation between the at least one control parameter with respect to the at least one response variable and the at least one further variable indicative of an ambient condition; (e) determining an optimized value of said at least one control parameter with respect to said response variable from said measured relation; (f) adjusting a set point of said at least one control parameter to said optimized value. (a) adjusting at least one control parameter of said wind turbine to a predetermined starting value; (b) measuring at least one response variable of said wind turbine and at least one further variable indicative of an ambient condition of the wind turbine over a time duration such that the ambient condition is substantially constant during measurement; (c) repeating step (b) N times, wherein N is a predetermined integer, wherein said at least one control parameter is varied at each repetition; (d) determining a measured relation between the at least one control parameter with respect to the at least one response variable and the at least one further variable indicative of an ambient condition; (e) determining an optimized value of said at least one control parameter with respect to said response variable from said measured relation; (f) adjusting a set point of said at least one control parameter to said optimized value.
A cell analysis method of analyzing a cell death state in the interior of a spheroid, comprising: - a step of irradiating the spheroid with light; - a step of acquiring a plurality of spheroid cross-sectional images having different distances from a light irradiation position; - a step of partitioning each of the images into pieces containing a plurality of pixels of a grid pattern and determining an average brightness for each of the pieces; - a step of measuring an external shape of the spheroid; and - a step of correcting the average brightness for each of the pieces of the images in consideration of signal strength attenuation, wherein the signal strength attenuation depends on a three-dimensional shape of the spheroid and/or a distance from the light irradiation position to a measurement position. - a step of irradiating the spheroid with light; - a step of acquiring a plurality of spheroid cross-sectional images having different distances from a light irradiation position; - a step of partitioning each of the images into pieces containing a plurality of pixels of a grid pattern and determining an average brightness for each of the pieces; - a step of measuring an external shape of the spheroid; and - a step of correcting the average brightness for each of the pieces of the images in consideration of signal strength attenuation, wherein the signal strength attenuation depends on a three-dimensional shape of the spheroid and/or a distance from the light irradiation position to a measurement position.
A tufting machine, comprising: at least one needle bar having a series of needles mounted therealong; backing feed rolls feeding a backing material through a tufting zone of the tufting machine; a needle plate mounted along the tufting zone; a yarn feed mechanism for feeding a series of yarns to said needles; a series of gauge parts mounted below said needles and movable into engagement with said needles as said needles are reciprocated into the backing material to pick-up loops of yarns therefrom; and a backing support mounted along the tufting zone and located on, mounted to or otherwise integrated with the needle plate in a position wherein the backing material passes thereover as the backing material moves through the tufting zone, said backing support having a resilience biasing the backing material toward an elevated position spaced above the needle plate by a selected or prescribed pile height differential or elevation; and a control system including programming for controlling said yarn feed mechanism to selectively control feeding of the yarns to said needles in a manner whereby selected loops of yarns picked-up by said gauge parts are drawn thereagainst so as to create tension in the yarns forming said selected loops of yarns, sufficient to overcome the resilience of said backing support and move the backing material toward a lowered position for forming tufts (38,/38', 39,/39') of yarns in the backing material at varying pile heights according to a pattern being formed. at least one needle bar having a series of needles mounted therealong; backing feed rolls feeding a backing material through a tufting zone of the tufting machine; a needle plate mounted along the tufting zone; a yarn feed mechanism for feeding a series of yarns to said needles; a series of gauge parts mounted below said needles and movable into engagement with said needles as said needles are reciprocated into the backing material to pick-up loops of yarns therefrom; and a backing support mounted along the tufting zone and located on, mounted to or otherwise integrated with the needle plate in a position wherein the backing material passes thereover as the backing material moves through the tufting zone, said backing support having a resilience biasing the backing material toward an elevated position spaced above the needle plate by a selected or prescribed pile height differential or elevation; and a control system including programming for controlling said yarn feed mechanism to selectively control feeding of the yarns to said needles in a manner whereby selected loops of yarns picked-up by said gauge parts are drawn thereagainst so as to create tension in the yarns forming said selected loops of yarns, sufficient to overcome the resilience of said backing support and move the backing material toward a lowered position for forming tufts (38,/38', 39,/39') of yarns in the backing material at varying pile heights according to a pattern being formed.
A rotor for rotary electrical machine provided with a stator, and a rotor disposed with a gap from the stator, and having a rotor core including a plurality of magnetic poles, each magnetic pole of the rotor having a magnet insertion hole formed in the rotor core, and a permanent magnet inserted into the magnet insertion hole, wherein a clearance part is formed at a position of the magnet insertion hole corresponding to a corner of the inserted permanent magnet, which has a facing surface that is formed to face a surface of the permanent magnet via a gap; and the facing surface of the clearance part has inflection parts (264a to 264d) so that an obtuse angle is formed by the two facing surfaces contiguous with the inflection parts (264a to 264d), characterized in that a trapezoidal cross section is formed by cutting a region defined by the facing surface of the clearance part with the inflection parts (264a to 264d) and the surface of the permanent magnet counter to the facing surface of the clearance part along a plane defined by circumferential and radial lines of the rotor core, the trapezoidal cross section has a boundary between the permanent magnet and the magnet insertion hole for regulating a side of the rotor core in a circumferential direction as a lower base, and a side of the clearance part close to an inner periphery of the rotor core as an upper side, and the side of the clearance part is formed parallel to the surface of the permanent magnet at a counter side, the clearance part includes four inflection parts (264a to 264d) in corners of the trapezoidal cross section, and the facing surface of the clearance part has a facing surface, which includes the upper side of the trapezoidal cross section, parallel to the surface of the permanent magnet counter to the facing surface of the clearance part.
A method of changing a user password on a target system, the method comprising: receiving a first request from a user at an access control system to change a user password of the user for a target system to a new password; storing at the access control system the new password; changing, by the access control system, the user password on the target system to the new password; receiving, at the access control system, a second request from the target system to grant access to a sensitive resource at the target system to the user, the second request responsive to a prior request received at the target system from the user for access to the sensitive resource, the prior request including an input user password and wherein the second request includes information associated with the input user password; comparing, by the access control system, the information associated with the input user password and the stored new password; and responsive to a determination by the access control system that the information associated with the input user password is not consistent with the stored new password, denying access to the sensitive resource to the user.