mhurhangee/ep-ind-claims huggingface dataset:
A refrigerator comprising: a cabinet including a storage chamber; left and right doors (14, 15) configured to open and close the storage chamber; a sensor configured to sense whether a user is within a sensing distance, the sensor being configured to distinguish sensing-on and sensing-off from each other; a door opening device configured to automatically open the left and right doors (14, 15); and a control unit configured to determine a driving condition of the door opening device on a basis of a sensing-on duration time so as to control the driving of the door opening device in one of the plurality of door opening modes, characterized in that when the sensing-on duration time is less than a preset time, the control unit determines that the driving condition is not satisfied, and after the preset time elapses, the control unit determines whether the sensing-off is performed, when a time spent for the sensing-off is less than a preset time, the door opening device is driven in a first driving mode of the plurality of driving modes to open one of the left and right doors (14, 15), and when a time spent for the sensing-off is less than a preset time that is greater than the preset time, the door opening device is driven in a second driving mode of the plurality of driving modes to open the other of the left and right doors (14, 15). a cabinet including a storage chamber; left and right doors (14, 15) configured to open and close the storage chamber; a sensor configured to sense whether a user is within a sensing distance, the sensor being configured to distinguish sensing-on and sensing-off from each other; a door opening device configured to automatically open the left and right doors (14, 15); and a control unit configured to determine a driving condition of the door opening device on a basis of a sensing-on duration time so as to control the driving of the door opening device in one of the plurality of door opening modes, characterized in that when the sensing-on duration time is less than a preset time, the control unit determines that the driving condition is not satisfied, and after the preset time elapses, the control unit determines whether the sensing-off is performed, when a time spent for the sensing-off is less than a preset time, the door opening device is driven in a first driving mode of the plurality of driving modes to open one of the left and right doors (14, 15), and when a time spent for the sensing-off is less than a preset time that is greater than the preset time, the door opening device is driven in a second driving mode of the plurality of driving modes to open the other of the left and right doors (14, 15).
A transport line and/or conveyor line for moving along articles from and/or to and/or between processing machines, in particular, packaging machines and/or filling machines and/or palletising facilities or the like machines, the transport line and/or conveyor line comprising - a conveyor surface for the transport of articles and/or groups of articles, - at least two support legs (22, 22') formed of at least two sections, which support legs (22, 22') are designed to support the conveyor surface, - wherein the at least two sections (28, 30) of each of the support legs (22, 22') are coupled by a connection unit, - wherein the connection unit comprises at least two connection elements (34, 34'), wherein in each instance one connection element is assigned to one section of the at least two sections (28, 30), and - wherein at least one second section is designed to be swivelable relative to the first section between two end positions, - characterised in that, the second section is designed to be swivelable by approximately 180° relative to the first section of the at least two support legs (22, 22'). - a conveyor surface for the transport of articles and/or groups of articles, - at least two support legs (22, 22') formed of at least two sections, which support legs (22, 22') are designed to support the conveyor surface, - wherein the at least two sections (28, 30) of each of the support legs (22, 22') are coupled by a connection unit, - wherein the connection unit comprises at least two connection elements (34, 34'), wherein in each instance one connection element is assigned to one section of the at least two sections (28, 30), and - wherein at least one second section is designed to be swivelable relative to the first section between two end positions, - characterised in that, the second section is designed to be swivelable by approximately 180° relative to the first section of the at least two support legs (22, 22').
A method for a wireless communication system whose coverage area is divided into sectors, comprising: providing at least one route update message based upon at least one sector list associated with an access terminal, said at least one sector list being formed based on information collected by the access terminal while the access terminal is in an idle state, wherein said information comprises a time spent in at least one sector by the access terminal and wherein forming said at least one sector list comprises: adding said at least one sector to said at least one sector list indicating a stationary pattern of sectors when the time spent in said at least one sector exceeds a threshold; and removing said at least one sector from said at least one sector list indicating the stationary pattern of sectors when the time spent in said at least one sector is below another threshold. providing at least one route update message based upon at least one sector list associated with an access terminal, said at least one sector list being formed based on information collected by the access terminal while the access terminal is in an idle state, wherein said information comprises a time spent in at least one sector by the access terminal and wherein forming said at least one sector list comprises: adding said at least one sector to said at least one sector list indicating a stationary pattern of sectors when the time spent in said at least one sector exceeds a threshold; and removing said at least one sector from said at least one sector list indicating the stationary pattern of sectors when the time spent in said at least one sector is below another threshold.
An integrated power amplifier circuit comprising: first and second amplifiers fabricated on one or more dies, the one or more dies being mounted on a support structure; a first set of one or more connection elements connected to the first amplifier and passing above a portion of the support structure; and a second set of one or more connection elements connected to the second amplifier and passing above a portion of the support structure, wherein the support structure comprises at least one void, at least a portion of the at least one void being positioned directly underneath at least one of the first and second sets of one or more connection elements, and wherein the support structure comprises a flange, and wherein the at least one void is formed in the flange. first and second amplifiers fabricated on one or more dies, the one or more dies being mounted on a support structure; a first set of one or more connection elements connected to the first amplifier and passing above a portion of the support structure; and a second set of one or more connection elements connected to the second amplifier and passing above a portion of the support structure, wherein the support structure comprises at least one void, at least a portion of the at least one void being positioned directly underneath at least one of the first and second sets of one or more connection elements, and wherein the support structure comprises a flange, and wherein the at least one void is formed in the flange.
Disc brake for a commercial vehicle, having a brake calliper encompassing a brake disc, at least one application device for applying the disc brake by means of a displaceably guided bridge, wherein the bridge has at least one threaded hole, into which an actuating spindle passing through a closure plate connected to the brake calliper and provided with a male thread is screwed, said spindle bearing a pressure piece, which can be rotated relative thereto, by means of which pressure piece a brake pad can be pressed against the brake disc, and a readjusting device operatively connected to the actuating spindle for readjusting a clearance, characterised in that a circlip is provided, which is held on the bridge so as to be secured axially and against rotation and which, in an end position of the actuating spindle screwed in counter to the application direction, in order to secure the actuating spindle against rotation, engages positively with a thread-free end region of the actuating spindle which is assigned to the pressure piece.
A pharmaceutical composition in a unit dosage form comprising: heptadecanoic acid or a pharmaceutically acceptable salt thereof; and a pharmaceutically acceptable carrier, for use in the treatment of iron overload in metabolic syndrome or hyperferritinemia with iron overload.
A composition in the form of a dry mixture in particulate form for preparation of a beverage or liquid food composition containing dispersed gas bubbles in a continuous liquid phase, the dry mixture in particulate form comprising: - an instant flavour component in particulate form; - a water-soluble gas release agent in particulate form that releases gas bubbles upon reconstitution in water; and - xanthan gum in particulate form, wherein the xanthan gum is obtained from the fermentation of Xanthomonas campestris pathover campestris, deposited with the American Type Culture Collection (ATCC) under the accession no. PTA-11272; and wherein the instant flavour component is suitable to prepare a beverage or liquid food composition selected from the group of: - soups, bouillons, sauces, gravies, and/or seasonings; - other savoury food products; - tea and tea-based beverages, containing an extract from the plant Camellia sinensis; - herbal infusions, preferably containing an extract selected from mint, camomile, rooibos, rosehip, hibiscus, raspberry, or any combination of these; - ice cream and/or desserts and/or milk shakes, which are intended for serving at a temperature below 0°C; - soy-based beverages, wherein these beverages in reconstituted form contain at least 0.3%% by weight of ingredients originating from soybean, wherein the ingredients comprise a soy protein; - dressings; and - spreads. - an instant flavour component in particulate form; - a water-soluble gas release agent in particulate form that releases gas bubbles upon reconstitution in water; and - xanthan gum in particulate form, wherein the xanthan gum is obtained from the fermentation of Xanthomonas campestris pathover campestris, deposited with the American Type Culture Collection (ATCC) under the accession no. PTA-11272; - soups, bouillons, sauces, gravies, and/or seasonings; - other savoury food products; - tea and tea-based beverages, containing an extract from the plant Camellia sinensis; - herbal infusions, preferably containing an extract selected from mint, camomile, rooibos, rosehip, hibiscus, raspberry, or any combination of these; - ice cream and/or desserts and/or milk shakes, which are intended for serving at a temperature below 0°C; - soy-based beverages, wherein these beverages in reconstituted form contain at least 0.3%% by weight of ingredients originating from soybean, wherein the ingredients comprise a soy protein; - dressings; and - spreads.
A method of setting a control zone configuration for members of a communication group, comprising: establishing, by a dispatcher device, a geofence (1122,1200), the geofence (1122,1200) associated with a geographic area including one or more members of the communication group; determining, by the dispatcher device (500,1700), the control zone configuration for members of the communication group within the geofence (1122,1200); and sending, by the dispatcher device (500, 1700), the control zone configuration to the one or more members of the communication group and characterised in that determining the control zone configuration comprises setting one or more call capabilities and a location update frequency for the members of the communication group. establishing, by a dispatcher device, a geofence (1122,1200), the geofence (1122,1200) associated with a geographic area including one or more members of the communication group; determining, by the dispatcher device (500,1700), the control zone configuration for members of the communication group within the geofence (1122,1200); and sending, by the dispatcher device (500, 1700), the control zone configuration to the one or more members of the communication group and characterised in that determining the control zone configuration comprises setting one or more call capabilities and a location update frequency for the members of the communication group.
An image processing system, comprising: an input port for receiving two or more input images (A, B) acquired of an object, wherein respective contrast in at least two of said images encodes information on different physical properties of the object, said images being converted from a signal detected at a detector of an imaging apparatus, wherein the signals from the detector are a combination of a true underlying signal (s) and a noise contribution (n); a differentiator (DIFF) configured to form respective differences from pairs of image points (a 1, a 2, b 1, b 2) from respective input images, wherein each pair is from a respective one of the input images (A,B), wherein the image pairs are spatially corresponding image samples, wherein samples are taken at the same respective locations in the input images (A,B), wherein the image signals in the respective image pairs comprise a noise contribution realization (n 1, n 2, n 3, n 4); an edge evaluator configured to compute, based on said differences, an edge score for at least one of said pairs of image points, wherein said edge score is a measure for the presence of an edge between the image points in at least one of said image pairs, said score is based on a measure that is a function of a likelihood function, said likelihood function is based on a joint probability density (p(n 1, n 2, n 3, n 4)) of the noise contribution realization (n 1, n 2, n 3, n 4) of the image signals in the respective image pairs, wherein the noise is Gaussian multi-variate; and an output port for outputting said score. an input port for receiving two or more input images (A, B) acquired of an object, wherein respective contrast in at least two of said images encodes information on different physical properties of the object, said images being converted from a signal detected at a detector of an imaging apparatus, wherein the signals from the detector are a combination of a true underlying signal (s) and a noise contribution (n); a differentiator (DIFF) configured to form respective differences from pairs of image points (a 1, a 2, b 1, b 2) from respective input images, wherein each pair is from a respective one of the input images (A,B), wherein the image pairs are spatially corresponding image samples, wherein samples are taken at the same respective locations in the input images (A,B), wherein the image signals in the respective image pairs comprise a noise contribution realization (n 1, n 2, n 3, n 4); an edge evaluator configured to compute, based on said differences, an edge score for at least one of said pairs of image points, wherein said edge score is a measure for the presence of an edge between the image points in at least one of said image pairs, said score is based on a measure that is a function of a likelihood function, said likelihood function is based on a joint probability density (p(n 1, n 2, n 3, n 4)) of the noise contribution realization (n 1, n 2, n 3, n 4) of the image signals in the respective image pairs, wherein the noise is Gaussian multi-variate; and an output port for outputting said score.
A parking lock for motor vehicles, especially for motor vehicles which have an automatic transmission, an automated transmission or an electric drive, comprising an actuating means with a shaft for coupling with an actuator, wherein the shaft is pivotable about an actuation axis between an actuation position and a disengaged position, a catch means coupled with the actuating means, with a catch which is pivotable about the actuation axis between a latching position and an unlatching position, a pawl which is pivotable about a pawl bearing axis between a blocking position and a release position, and also a parking lock gear wheel which is rotatable about a parking lock axis and is coupled with a motor vehicle wheel, wherein the pawl in its blocking position engages in the parking lock gear wheel such that rotation of the parking lock gear wheel about the parking lock axis is blocked, and in its release position is spaced apart from the parking lock gear wheel, so that rotation of the parking lock gear wheel about the parking lock axis is released, wherein the shaft of the actuating means in its actuation position urges the catch into its latching position, and the latter urges the pawl into its blocking position, and wherein the catch in the disengaged position of the shaft assumes its unlatching position, in which the pawl is released, wherein the catch and the pawl cooperate in the latching position of the catch such that self-locking occurs between the latch and the pawl, characterised in that the pawl has an undercut in which the catch engages in its latching position.
A method of making a microstructure array, comprising: (i) providing an aqueous liquid formulation comprising a vaccine active agent, an insoluble particulate aluminum salt adjuvant, a hydrophilic polymer selected from the group consisting of polysaccharides, polyvinylpyrrolidones, polyvinyl alcohol, polyethylene glycol, copolymers of ethylene glycol and propylene glycol, and block copolymers of poly(lactic acid-co-glycolic acid) and polyethylene glycol, and at least one co-solvent selected from the group consisting of isopropyl alcohol, ethanol, methanol and butanol in an aqueous buffer; (ii) dispensing the liquid formulation from step (i) onto a mold having an array of microstructure cavities and filling the microstructure cavities to form a formulation-filled mold; (iii) removing excess liquid formulation from a top surface of the mold; (iv) drying the formulation-filled mold; (v) placing a backing layer on the dried mold from (iv), whereby the backing layer forms a base having an attachment point to the formulation dried in each of the microstructure cavities to provide a molded microstructure array, and (vi) removing the microstructure array from (v) from the mold. (i) providing an aqueous liquid formulation comprising a vaccine active agent, an insoluble particulate aluminum salt adjuvant, a hydrophilic polymer selected from the group consisting of polysaccharides, polyvinylpyrrolidones, polyvinyl alcohol, polyethylene glycol, copolymers of ethylene glycol and propylene glycol, and block copolymers of poly(lactic acid-co-glycolic acid) and polyethylene glycol, and at least one co-solvent selected from the group consisting of isopropyl alcohol, ethanol, methanol and butanol in an aqueous buffer; (ii) dispensing the liquid formulation from step (i) onto a mold having an array of microstructure cavities and filling the microstructure cavities to form a formulation-filled mold; (iii) removing excess liquid formulation from a top surface of the mold; (iv) drying the formulation-filled mold; (v) placing a backing layer on the dried mold from (iv), whereby the backing layer forms a base having an attachment point to the formulation dried in each of the microstructure cavities to provide a molded microstructure array, and (vi) removing the microstructure array from (v) from the mold.
A system for emitting light, the light providing a light-induced physiological stimulus and a luminous stimulus, the system comprising: (a) one or more first light-emitting elements (130, 730) configured to emit light of a first wavelength range, the one or more first light-emitting element (130, 730) responsive to one or more first control signals, wherein said one or more first light-emitting elements comprises a first set of blue LEDs and a second set of blue LEDs, said first set of blue LEDs having a first peak wavelength, said second set of blue LEDs having a second peak wavelength; (b) one or more second light-emitting elements (130, 730), comprising at least one green light emitting element and at least one white light emitting element, the one or more second light-emitting element (130, 730) responsive to one or more second control signals; and (c) a control system (110, 710) operatively coupled to the one or more first light-emitting elements (130, 730) and the one or more second light-emitting elements (130, 730), the control system (110, 710) being configured for varying the physiological stimulus of the emitted light without varying the luminous efficacy or chromaticity by varying the relative amounts of light emitted by the first and the second blue light elements, and by varying, at substantially the same time, the amounts of light emitted by the green light element and the white light element so as to retain substantially the same luminous efficacy or chromaticity. (a) one or more first light-emitting elements (130, 730) configured to emit light of a first wavelength range, the one or more first light-emitting element (130, 730) responsive to one or more first control signals, wherein said one or more first light-emitting elements comprises a first set of blue LEDs and a second set of blue LEDs, said first set of blue LEDs having a first peak wavelength, said second set of blue LEDs having a second peak wavelength; (b) one or more second light-emitting elements (130, 730), comprising at least one green light emitting element and at least one white light emitting element, the one or more second light-emitting element (130, 730) responsive to one or more second control signals; and (c) a control system (110, 710) operatively coupled to the one or more first light-emitting elements (130, 730) and the one or more second light-emitting elements (130, 730), the control system (110, 710) being configured for varying the physiological stimulus of the emitted light without varying the luminous efficacy or chromaticity by varying the relative amounts of light emitted by the first and the second blue light elements, and by varying, at substantially the same time, the amounts of light emitted by the green light element and the white light element so as to retain substantially the same luminous efficacy or chromaticity.
A lithium battery comprising: a plurality of electrochemical cells assembled together which are inserted in a rigid casing having side walls and upper and lower walls (34, 36) forming an enclosure, the electrochemical cells including an anode, a cathode and an electrolyte; and at least one heat sink path to dissipate excess heat generated by the electrochemical cells, the electrochemical cells being assembled such that electrochemical cells positioned adjacent to the heat sink path have a lower impedance than other electrochemical cells of the battery, characterized in that the electrochemical cells positioned adjacent to the heat sink path include an electrolyte and a cathode having a higher lithium salt concentration than the other electrochemical cells of the battery. a plurality of electrochemical cells assembled together which are inserted in a rigid casing having side walls and upper and lower walls (34, 36) forming an enclosure, the electrochemical cells including an anode, a cathode and an electrolyte; and at least one heat sink path to dissipate excess heat generated by the electrochemical cells, the electrochemical cells being assembled such that electrochemical cells positioned adjacent to the heat sink path have a lower impedance than other electrochemical cells of the battery, characterized in that the electrochemical cells positioned adjacent to the heat sink path include an electrolyte and a cathode having a higher lithium salt concentration than the other electrochemical cells of the battery.